2014 Remote Site Monitoring Product Guide

Transcription

1 Powerful Remote Site Management 2014 Remote Site Monitoring Product Guide

2 Table of Contents REMOTE SITE MONITORING OVERVIEW... PAGE 3 ASENTRIA HARDWARE S572 FEATURES & BENEFITS... PAGE 4 S572 SPECIFICATIONS... PAGE 5 S571 FEATURES & BENEFITS... PAGE 6 S571 SPECIFICATIONS... PAGE 7 PB6 & PB4 POWER DISTRIBUTION UNIT... PAGE 8 PB2 POWER DISTRIBUTION UNIT... PAGE 9 S550 FEATURES & BENEFITS...PAGE 10 S550 SPECIFICATIONS...PAGE 11 S530 FEATURES & BENEFITS...PAGE 12 S530 SPECIFICATIONS...PAGE 13 S450 FEATURES & BENEFITS...PAGE 14 S450 SPECIFICATIONS...PAGE 15 S350 FEATURES & BENEFITS...PAGE 16 S350 SPECIFICATIONS...PAGE 17 S220 SPECIFICATIONS...PAGE 18 S410 SPECIFICATIONS...PAGE 19 SITEBOSS PRODUCT MATRIX... PAGES 20, 21, 22, 23, 24 EXPANSION CARDS...PAGES 25, 26, 27 WIRELESS PLANS... PAGE 28 EVENTSENSOR OVERVIEW... PAGE 29 EVENTSENSOR I/O EXPANSION... PAGES 30, 31 ENVIRONMENTAL MONITORING...PAGES 32, 33 POWER MONITORING...PAGES 34, 35, 36 SECURITY MONITORING... PAGE 37 MISCELLANEOUS ACCESSORIES... PAGE 38 WARRANTY/ TECHNICAL SUPPORT/TRAINING... PAGE 39 TERMS OF SALE AND DELIVERY... PAGE 40 v

3 Asentria Corporation - A Leader in Complete Remote Site Solutions Asentria solutions provide a wireless network operator with a host of monitoring, access, and control options for their remote wireless sites. These capabilities provide the additional benefit of potentially substantial cost reduction for wireless network operations. Top technicians get greater, more immediate access from the Network Operation Center, decreasing downtime Fewer overall technicians are needed due to reduced truck rolls Reduced frequency of scheduled visits, such as re-filling of diesel generator fuel tanks Reduced power costs due to smart applications for load-shedding or intelligent heating/cooling Asentria makes products for the following types of sites: PEDESTAL ENCLOSURES These sites typically have just one or two doors, and are basically designed to hold one or two 19 wide equipment racks. In these sites, Asentria products may monitor some of the passive elements of power, security, or environmental conditions, but are also much more frequently used to monitor or access the active service providing equipment. These sites are common in the newest wireless build outs of new WiMAX/LTE providers, as well as many other entities that might perform some type of wireless communication, such as highway departments, railways, oil and gas providers, and military or government installations. WALK-IN ENCLOSURES These sites are the most common, and are located all over the world. These shelters are used by cellular or other wireless providers and may have multiple carrier s equipment collocated within one building. In these sites, Asentria products may be used only to do monitoring and control of passive elements such as power, security, or environmental conditions, without any need to monitor specific service providing, or active equipment which provides the actual wireless service itself. These sites are mostly used by wireless telecommunication carriers worldwide. EQUIPMENT ROOMS Larger than wireless communication sites that appear closer to the edge of the network, centralized equipment rooms at the core of the network contain higher concentrations of equipment, and can have somewhat different monitoring needs. Asentria products can do a wide variety of monitoring and control tasks in these sites, related to environment, power, and security monitoring and control. Often, there is more of a focus on monitoring AC power in these sites than in more remote, DC-powered locations. IDEAL USES Asentria products are the most comprehensive tools available for preventing downtime in the critical edge locations on your communication networks. Asentria products can commonly be found in all of the following locations: Cellular or WiMAX Base Transceiver Stations (BTS) Microwave Communications Sites Cable or DSL demarcation points Radio and TV Broadcast antenna sites Oil and Gas production facilities Utility company s communication networks Transportation (Highway or Rail) communication networks Military Locations Wind Power Locations CUSTOM SOLUTIONS Asentria has provided solutions globally for over 30 years, and has tens of thousands of installed locations. For larger projects, we have frequently done custom development to create either new specific accessories, all the way to creating completely new base hardware for specific projects. Our S410 and S571 units, for example, were tailored to meet the needs of specific 3G and 4G cellular build outs, and both units have been deployed in multiple thousands of units for these initial projects, as well as becoming very successful standard products for separate projects. Asentria has complete control over our hardware designs and manufacturing process. Logistically we are capable of supplying any number of units, anywhere in the world. v

4 TM SiteBoss 572 CUTTING EDGE BTS MONITORING AND SITE CONTROL DEVICE The SiteBoss 572 is a multi-function 1U system that facilitates advanced control and management capabilities into DC powered remote equipment sites. To meet demands of higher power equipment the S572 s five high-current DC power outputs can each switch a 30A DC (at 60 VDC Max) power load. The S572 is only available in a DC powered version. On-board I/O provides serial, Ethernet, and a variety of I/O expansion options using the two Expansion slots. HIGHLIGHTED FEATURES One S572 provides DC power distribution up to 150 Amps at 60VDC (nominally -48VDC) Standard - (5) 30 Amp switched power outputs** Add a PB2 or PB4 unit to double your power-distribution capacity Gain remote out-of-band access to your cabinets through the S572 s optional wireless modem Manage and monitor up to 12 non-networked serial devices from base S572 (16 total serial ports optional) Monitor additional serial devices via (4) USB ports Control other network equipment using IP Routing via Ethernet or wireless modem connection Optional AISG controller, GPS Support (4) On-board contact closures Supports Asentria Setting Key functionality Web interface for easy configuration Powerful on-board scripting capability for customization of unique applications 802.1Q VLAN support on both Ethernet ports helps you maximize traffic efficiency & administration flexibility Connect up to 16 remote EventSensor modules to add I/O ports. See the EventSensor section for more details. Wide operating temp range (-40 to +45 C) Send alarms via pager, , TCP Alert and/or SNMPv1 and SNMPv3 traps, and SNMPv2c Informs Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems Easy-to-understand MIB SOLUTIONS SPOTLIGHT - LTE PROVIDER OVERVIEW During the transition from WiMAX to LTE a leading provider of high-speed Internet service to residential and small business customers in North America, with service in 46 markets covering more than 400 cities and towns, seeks the benefits of proactively monitoring, accessing, and controlling remote equipment, DC power, and environmental conditions. THE CHALLENGE As with any network service, unplanned remote site downtime due to equipment and power failure, and adverse environmental conditions can severely impair network service. When designing their remote site infrastructure, one of the biggest challenges this LTE service provider had was the maintenance of continuous and economical service regardless of the myriad of potential problems in such a complex network. For this LTE service provider with thousands of remote sites, any outage would mean that a legion of technicians in service trucks must roll to the remote locations. They viewed this as an enormously expensive and time-consuming reactive strategy that could impact the price, reliability, and consumer perception of their new LTE service. Another challenge surrounds the high power demands of LTE equipment mounted up on the tower over the cabinet-based WiMAX equipment it was to replace. The successful solution would need to provide additional high-current outputs to support LTE equipment. THE SOLUTION They chose Asentria, and initially used Asentria s S571 units. The S571 enabled the provider to conduct DC switching for up to twelve devices within the remote BTS locations, monitor environmental variables, and to gain remote Out-of-Band access to the BTS locations via a POTS dialup modem. After successfully deploying Asentria s S571 solution to hundreds of BTSs, Asentria set to work creating a next generation product that would encompass the functions of the S571, plus address the additional need identified for higher current switching in the new LTE network. Asentria s development and manufacturing teams set out on a mission to create a more capable single hardware device, ideally suited for BTS and other small location monitoring. Based on the Linux operating system, the new SiteBoss 572 (S572) device uses only 1U of rack space, provides up to five individually controllable high-current DC power distribution outputs. It delivers both In-Band and Out-of-Band access to as many as 16 serial devices. The onboard outputs can switch devices up to 30 Amps and Asentria PB2 and PB4 EventSensors can be connected to provide additional DC outputs. v

5 TM SiteBoss 572 Specifications (5) 30Amp 60VDC power outputs S572 BACK Panel SiteBoss 572 with 2 Expansion Slots IDEAL USE Remote Cabinet Monitoring & Control - The S572 is particularly designed to be used in the latest cellular or broadband wireless Base Transceiver Stations (BTS) for two primary purposes. One is the ability of the S572 to not only act as a DC power distribution unit, but to also act as an intelligent means of power cycling devices attached to its five power outputs to provide reboot ability for equipment experiencing problems in remote locations. The other primary purpose of the S572 is to provide connectivity to remote sites via its optional on-board wireless modem. This allows for connectivity to the remote BTS location should a primary connectivity method (like microwave backhaul) fail. Use of the wireless modem and DC reboot function together gives your Network Operation Center the ability to access a site that is otherwise inaccessible, diagnose the problem by enabling terminal or network access to all remote equipment, and correct the problem remotely via a reboot without the need for a costly truck roll. The S572 is designed around a powerful Linux processor which enables the use of security protocols such as SSH, SFTP, HTTPS, and RADIUS. The S572 supports an on-board scripting language for use in customized applications such as autonomously sequencing the powering up or down of devices at a BTS location based on certain events. DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm Power Supply Width: 1.75in/4.445cm Unit Depth: 14.6in/37cm Unit Height: 1.75in/4.445cm Unit Weight: 11.0lbs/5.0kg (Dependent on configuration) Mounting: Shelf or 19in rack Certifications: RoHS, CE S572-2*** 32MB Record Storage /32M Add (5) 30 Amp Switched Power Outputs 48VDC Power AISG Controller /5X30A /DC**** /AISG *** Please specify on order if intended for sale to EU markets **** The S572 is only available as a DC-powered unit Voltage In: 36VDC(Min) / 60VDC(Max) Controller Device Power Usage: 15W (Typical) Operating Temperature: -40 to 45 C Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) Mean Time Between Failure: 60,000 hrs BACK PANEL CONFIGURATION The S572 catalog number specifies the configuration and options you want to order with your S572 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and are omitted if not desired. BASE UNIT + MEMORY SIZE + SWITCHED POWER OUTPUTS + POWER SUPPLY + *AISG + *EXPANSION CARDS Base unit and base options are separated with a slash ( / ), then Expansion slot options are listed, separated with a dash ( - ). The first Expansion card listed in the catalog number goes in slot 1, the next in slot 2. Thus all of the following are valid catalog numbers: S572-2/32M/5X30A/DC-Min Config S572-2/32M/5X30A/DC-ME-GPS S572-2/32M/5X30A/DC/AISG-GPS BASE UNIT CONFIGURATIONS 5 High-Current DC Power Outputs 2 Expansion Card Slots On-board Temperature Sensor On-board ES/ESJ Port 1 MMC Memory I/O Slot -48VDC Power Input OPTIONAL CONFIGURATIONS (/AISG) - Add AISG remote controller (ME) - Add wireless EDGE modem Expansion card (MCV) - Add wireless EVDO modem Expansion card (GPS) - Add GPS receiver Expansion card Add any Asentria Expansion card to an open slot Add a PB2 or PB4 for additional Switched Power Outputs ADDITIONAL PRODUCT DETAILS S572-2/32M/5X30A/DC-ME S572-2/32M/5X30A/DC/AISG S572-2/32M/5X30A/DC-8C-8C 4 USB Ports 1 RJ45 Serial Console Port 12 RJ45 Serial I/O Ports 2 10/100 Ethernet Ports 32MB Record Logging Database 4 On-board Contact Closures Base Unit comes with (1) terminal block cover, (5) serial I/O cables and (1) 19 rack mount kit. S572 Front Panel v

6 TM SiteBoss 571 SOLUTIONS SPOTLIGHT - WIMAX PROVIDER OVERVIEW A leading provider of WiMAX high-speed Internet service to residential and small business customers in North America, with service in 46 markets covering more than 400 cities and towns, quickly discovered the benefits of proactively monitoring, accessing, and controlling remote equipment, DC power, and environmental conditions. CUTTING EDGE BTS MONITORING AND SITE CONTROL DEVICE The SiteBoss 571 is a multi-function 1U system that facilitates advanced control and management capabilities into DC powered remote equipment sites. The nine high-current DC power outputs can each switch a 10A DC (at 60 VDC Max) power load. The S571 is only available in a DC powered version. On-board I/O provides serial, Ethernet, and a variety of I/O expansion options using the two Expansion slots. HIGHLIGHTED FEATURES One S571 provides DC power distribution up to 100 Amps at 60VDC (nominally -48VDC) Standard - (9) 10 Amp switched power outputs** Optional - Add (3) 10 Amp switched power outputs Optional - Add (1) 30 Amp switched power output Add a PB2 unit to double your power-distribution capacity Gain remote out-of-band access to your cabinets through the S571 s optional wireless modem Manage and monitor up to 12 non-networked serial devices from base S571 (16 total serial ports optional) Monitor additional serial devices via (4) USB ports Control other network equipment using IP Routing via Ethernet or wireless modem connection Optional AISG controller, GPS Support (4) On-board contact closures Supports Asentria Setting Key functionality Web interface for easy configuration Powerful on-board scripting capability for customization of unique applications 802.1Q VLAN support on both Ethernet ports helps you maximize traffic efficiency & administration flexibility Connect up to 16 remote EventSensor modules to add I/O ports. See the EventSensor section for more details. Wide operating temp range (-40 to +55 C) Send alarms via pager, , TCP Alert and/or SNMPv1 and SNMPv3 traps, and SNMPv2c Informs Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems Easy-to-understand MIB ** Power switching capacity is reduced at operating temperatures above 35 C; contact Technical Support for details. THE CHALLENGE As with any network service, unplanned remote site downtime due to equipment and power failure, and adverse environmental conditions can severely impair network service. When designing their remote site infrastructure, one of the biggest challenges this WiMAX service provider had was the maintenance of continuous and economical service regardless of the myriad of potential problems in such a complex network. For this WiMAX service provider with thousands of remote sites, any outage would mean that a legion of technicians in service trucks must roll to the remote locations. They viewed this as an enormously expensive and time-consuming reactive strategy that could impact the price, reliability, and consumer perception of their new WiMAX service. As WiMAX is considered a new technology by consumers relative to DSL or cable, it is imperative that quality of service be as high as possible. THE SOLUTION They chose Asentria, and initially used Asentria s SL81 units, plus a subsidiary Asentria DC switching device called the PB-1. This pair of devices enabled the provider to conduct DC switching for up to eight devices within the remote BTS locations, monitor environmental variables, and to gain remote Out-of-Band access to the BTS locations via a POTS dialup modem. After successfully deploying Asentria s SL81/PB-1 solution to hundreds of BTSs, Asentria set to work creating a next generation product that would encompass the functions of both the SL81 and the PB-1, plus address additional needs identified from the experience gained in the initial roll-out. Asentria s development and manufacturing teams set out on a mission to create a more capable single hardware device, ideally suited for BTS and other small location monitoring. The mandate was to create a smaller, less expensive, multi-functional, and more powerful device. Based on the Linux operating system, the new SiteBoss 571 (S571) device uses only 1U of rack space, provides up to 12 individually controllable DC power distribution outputs. It delivers both In-Band and Out-of-Band access to as many as 16 serial devices. The experience in the WiMAX deployment process led Asentria to add an MMC multimedia slot to enable field technicians to more easily service units by using the MMC cards to upload or download data from the S571. The S571 is also designed to scale for larger, more centralized Point-of-Presence (POP) locations. The WiMAX service provider is also using the S571 in their POPs throughout the country. Support of Asentria s EventSensor products enables the S571 to support PB2 external DC switching devices in order to switch up to 132 DC outputs at a single site. The onboard outputs can switch devices up to 10 Amps, with 30 Amp switching options available for larger loads. The S571 is based upon an embedded Linux operating system which increases the flexibility and power of the unit as a utility for NOC personnel to troubleshoot problems at a remote site. A second Ethernet port was added to improve the troubleshooting capability of the device through port mirroring and packet capture. There are many instances where a Base Transceiver Station (BTS) experiences problems that are related to a degradation of service rather than a complete failure. Such cases are particularly well addressed by the S571 which is designed to assist NOC personnel in eliminating such problems. Advanced passive logging capabilities allow the S571 to track and store remote access history and activity of service personnel which can help to determine if human error is responsible for problems. v

7 TM SiteBoss 571 Specifications (9) 10Amp 60VDC power outputs standard S571 BACK Panel SiteBoss 571 with 2 Expansion Slots S571-2*** 32MB Record Storage /32M 48VDC Power /DC**** (3) 10 Amp Switched Power Outputs /10A (1) 30 AMP Switched Power Output /30A AISG Controller /AISG Optional Power Installation Kit ***** 2A Fuse - For S571 & PB ***** 5A Fuse - For S571 & PB ***** 10A Fuse - For S571 & PB ***** 12A Fuse - For S571 & PB ***** 15A Fuse - For S571 & PB ***** IDEAL USE Remote Cabinet Monitoring & Control - The S571 is particularly designed to be used in the latest cellular or broadband wireless Base Transceiver Stations (BTS) for two primary purposes. One is the ability of the S571 to not only act as a DC power distribution unit, but to also act as an intelligent means of power cycling devices attached to its nine power outputs to provide reboot ability for equipment experiencing problems in remote locations. The other primary purpose of the S571 is to provide connectivity to remote sites via its optional on-board wireless modem. This allows for connectivity to the remote BTS location should a primary connectivity method (like microwave backhaul) fail. Use of the wireless modem and DC reboot function together gives your Network Operation Center the ability to access a site that is otherwise inaccessible, diagnose the problem by enabling terminal or network access to all remote equipment, and correct the problem remotely via a reboot without the need for a costly truck roll. The S571 is designed around a powerful Linux processor which enables the use of security protocols such as SSH, SFTP, HTTPS, and RADIUS. The S571 supports an on-board scripting language for use in customized applications such as autonomously sequencing the powering up or down of devices at a BTS location based on certain events. BACK PANEL CONFIGURATION The S571 catalog number specifies the configuration and options you want to order with your S571 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and are omitted if not desired. BASE UNIT + MEMORY SIZE + *ADDITIONAL SWITCHED POWER OUTPUTS + POWER SUPPLY + *AISG + *EXPANSION CARDS Base unit and base options are separated with a slash ( / ), then Expansion slot options are listed, separated with a dash ( - ). The first Expansion card listed in the catalog number goes in slot 1, the next in slot 2. Thus all of the following are valid catalog numbers: S571-2/32M/DC-Min Config S571-2/32M/10A/DC-ME-GPS S571-2/32M/DC/AISG-GPS BASE UNIT CONFIGURATIONS 9 High-Current DC Power Outputs 2 Expansion Card Slots On-board Temperature Sensor On-board ES/ESJ Port****** 1 MMC Memory I/O Slot -48VDC Power Input OPTIONAL CONFIGURATIONS (/10A) - Add (3) 10 Amp Switched Power Outputs (/30A) - Add (1) 30 Amp Switched Power Output (/AISG) - Add AISG remote controller (ME) - Add wireless EDGE modem Expansion card (MCV) - Add wireless EVDO modem Expansion card (GPS) - Add GPS receiver Expansion card Add any Asentria Expansion card to an open slot S571-2/32M/DC-ME S571-2/32M/10A/DC/AISG S571-2/32M/30A/DC-8C-8C 4 USB Ports 1 RJ45 Serial Console Port 12 RJ45 Serial I/O Ports 2 10/100 Ethernet Ports 32MB Record Logging Database 4 On-board Contact Closures Add a PB2 for up to (12) additional Switched Power Outputs DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm Power Supply Width: 1.75in/4.445cm Unit Depth: 14.6in/37cm Unit Height: 1.75in/4.445cm Unit Weight: 11.0lbs/5.0kg (Dependent on configuration) Mounting: Shelf or 19in rack Certifications: RoHS, CE Voltage In: 36VDC(Min) / 60VDC(Max) Controller Device Power Usage: 15W (Typical) Operating Temperature: -40 to 55 C Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) Mean Time Between Failure: 60,000 hrs ADDITIONAL PRODUCT DETAILS Base Unit comes with (1) terminal block cover, (5) serial I/O cables and (1) 19 rack mount kit. Optional Power Installation Kit comes with (2) DC power input cables, (12) GMT 12A fuses, and (12) power output connections. *** Please specify on order if intended for sale to EU markets **** The S571 is only available as a DC-powered unit ***** Base unit does not include fuses ****** The S571 does not support ESJ-TH sensors S571 Front Panel v

8 PowerBoss 6 (PB6) Power Distribution Unit PowerBoss 6 PB6-12X50 PowerBoss 6 /19 PowerBoss 6 /23 * The PB6 is only available as a DC-powered unit. IDEAL USE DC POWER SWITCHING - The PowerBoss 6, or PB6, is an EventSensor peripheral that adds power distribution capability to an Asentria base unit providing 12 switched DC circuit brreaker outputs with the capacity to distribute 36K Watts of power. Each switched output can supply and power-cycle a separate device. DEVICE SPECIFICATIONS Unit Width: 17.28in/43.89cm Unit Depth: 7.19in/18.26cm Unit Height: 6.04in/15.34cm (4RU) Unit Weight: 12.87lbs/5.84kg Mounting: Shelf or 23in rack Certifications: RoHS, UL Voltage In: 42VDC(Min) / 60VDC(Max) Operating Temperature: -40 to 60 C Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) Mean Hours Between Failure: TBD PB6 BACK PANEL Intelligent DC PDU devices allow for the remote reboot of DC powered equipment, preventing a truck roll to reboot equipment. Outside of standard telecomm applications the PB6 has been used as part of large, LCD display panel installations allowing development and troubleshooting at remote distances from the installation itself with a compatible SiteBoss unit. Input power: 42-60VDC, 150A maximum Output power: up to (12) 48VDC, 50A per output, breaker** PowerBoss 4 (PB4) Power Distribution Unit ORDERING CONFIGURATION Configuration for Ordering: Base Unit + Switched Power Outputs Ordering Examples: PB6-12X50/19, PB6-12X50/23 ADDITIONAL PRODUCT DETAILS Base Unit comes with (1) 2 pin terminal block plug, (1) 3 pin terminal block plug, and (1) selected rack mount kit. ** Breakers provided by customer. PB4 BACK PANEL IDEAL USE DC POWER SWITCHING - The PowerBoss 4, or PB4, is an EventSensor peripheral that adds power distribution capability to an Asentria base unit providing five switched DC power outputs. Each switched output can supply and power-cycle a separate device. Intelligent DC PDU devices allow for the remote reboot of DC powered equipment, preventing a truck roll to reboot equipment. The PB4 provides an increased level of current capacity able to switch next generation LTE Radio Access Network (RAN) transmitters for mobile network operators. Solid-state high current output for 48VDC power cycling applications Input power: 36-60VDC, 150A maximum Output power: 48VDC, 30A per output, breaker Standard - (5) 30 Amp switched power outputs PowerBoss 4 PB4 Add (5) 30 Amp Switched Power Outputs /5X30A 48 VDC Power* /DC * The PB4 is only available as a DC-powered unit. DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm Unit Depth: 14.6in/37cm Unit Height: 1.75in/4.445cm Unit Weight: 11.0lbs/5.0kg (Dependent on configuration) Mounting: Shelf or 19in rack Certifications: RoHS Voltage In: 36VDC(Min) / 60VDC(Max) Power Usage: 9.72W (Typical) Operating Temperature: -40 to 45 C Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) Mean Hours Between Failure: 60,000 ORDERING CONFIGURATION Configuration for Ordering: Base Unit + Switched Power Outputs + Power Supply Ordering Examples: PB4/5X30A/DC ADDITIONAL PRODUCT DETAILS Base Unit comes with (1) terminal block cover, (5) terminal block plugs, (1) 1ft ES-bus cable, and (1) 19 rack mount kit. v

9 PowerBoss 2 (PB2) Power Distribution Unit PB2 BACK PANEL IDEAL USE DC POWER SWITCHING - The PowerBoss 2, or PB2, is an EventSensor peripheral that adds power distribution capability to an Asentria base unit up to 12 switched DC power outputs. Each switched output can supply and power-cycle a separate device. PDU devices allow for the remote reboot of DC powered equipment, preventing a truck roll to reboot equipment. They might also be used as part of energy reduction programs at cell sites, in particular for extending battery life through load-shedding in situations where it is known that you ve lost primary AC power. Solid-state high current output for 48VDC power cycling applications Input power: 36-60VDC, 100A maximum*** Output power: 48VDC, 10A per output, fused, 12A over current maximum Standard - (9) 10 Amp switched power outputs*** PowerBoss 2 PB2 Add (3) 10 Amp Switched Power Outputs /10A Add (1) 30 Amp Switched Power Output /30A 48 VDC Power /DC* Optional Power Installation Kit ** 2A Fuse - For S571 & PB ** 5A Fuse - For S571 & PB ** 10A Fuse - For S571 & PB ** 12A Fuse - For S571 & PB ** 15A Fuse - For S571 & PB ** * The PB2 is only available as a DC-powered unit. ** Base unit does not include fuses. Optional - Add (3) additional 10 Amp switched power outputs*** Optional - Add (1) additional 30 Amp switched power output DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm Unit Depth: 14.6in/37cm Unit Height: 1.75in/4.445cm Unit Weight: 11.0lbs/5.0kg (Dependent on configuration) Mounting: Shelf or 19in rack Certifications: RoHS Voltage In: 36VDC(Min) / 60VDC(Max) Power Usage: 9.72W (Typical) Operating Temperature: -40 to 55 C Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) Mean Hours Between Failure: 60,000 OPTIONAL CONFIGURATION (/10A) - Add (3) 10 Amp, 500 watt Switched Power Outputs (/30A) - Add (1) 30 Amp, 500 watt Switched Power Output ORDERING CONFIGURATION Configuration for Ordering: Base Unit + *Additional Switched Power Outputs + Power Supply Ordering Examples: PB2/10A/DC or PB2/DC ADDITIONAL PRODUCT DETAILS Base Unit comes with (1) terminal block cover, (9) terminal block plugs, (1) 1ft ES-bus cable, and (1) 19 rack mount kit. Optional Power Installation Kit comes with (2) DC power input cables, (12) GMT 12A fuses, and (12) power output connections. *** Operational ambient maximum -40 C to +35 C under the following conditions: Maximum total output 100A, 9 X 10A, plus optional 3 X 10A, or optional 1 X 30A where total output does not exceed 100A. Operational ambient above 35 C up to 55 C (Max) under the following conditions: Maximum total output 86A, 9 X 8A, plus optional 3 X 8A, or optional 1 X 30A where total output does not exceed 86A. The total load is specified with 12A GMT fuses on each output. PowerBoss High-Current DC Power Switch PB-DC90 BACK PANEL PB-DC60 BACK PANEL IDEAL USE The PB-DC60/90 adds high-current switching capability to any Asentria Base Unit with an EventSensor port. With the PB-DC60/90 EventSensor peripheral you can switch one DC power feed up to 60/90 amps. Ideal for rebooting equipment such as radio transceivers, or for shedding high-power loads upon demand to conserve power. Reliable circuit-breaker protection; high-current connectors handle large wire-gauge power cables. PowerBoss 60amp Relay PowerBoss 90amp Relay PB-DC60 PB-DC90 Switching Current: 60/90A maximum Switching Voltage: 24-55VDC Unit Voltage: 12-24V Unit Width: 5.25in/13.335cm Unit Depth: 5.75in/14.605cm (7in/17.78cm with terminal block plug) Unit Height: 1.75in/4.445cm Unit Weight: 2.0lbs/0.5kg Mounting: Shelf or DIN Rail Operating Temp: -40 to +55 Storage Temp: -40 to +85 Operating Humidity: 0-95% (non-condensing) RoHS Certification: Yes Mean Time Between Failures: 60,000 Hours v

10 HIGHLIGHTED FEATURES In-band or out-of-band access to remote serial equipment Out-of-band access to remote network equipment Base unit supports 2 serial and 2 Ethernet ports 2 or 6 additional slots provide flexible expansion options Supports up to 16 serial ports for remote serial device management Connect up to 16 remote EventSensor modules to add I/O ports (See the EventSensor section for more details) Supports up to 48 I/O points, contacts, voltage, 4-20mA, relays, and more Wireless cellular, ADSL, and/or dialup modem options Monitor up to 1000 serial alarm messages Optional external MMC card temperature sensor LUA Scripting language TM SiteBoss Supports Asentria Setting Key functionality Web interface for easy configuration Easy to understand MIB works well with 3rd-party SNMP Managers Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems Send , SNMP trap, TCP/IP, or dial-out alarms Receive and convert SNMP traps into text alarms Access network devices via dialup PPP Fallback to dialup alarms if the Ethernet connection fails Advanced security (SSH V2, SFTP, Radius) Optional internal run-time battery backup VLAN, SNMPv3 Sets, Gets & Traps support 550 POWERFUL - HANDLES UNUSUAL EQUIPMENT MONITORING NEEDS & STRINGENT SECURITY ISSUES. The SiteBoss 550 is a versatile and powerful system used for monitoring and control of remote equipment sites. The S550 provides remote monitoring of serial devices, equipment I/O, and environmental conditions at these remote sites and forwards notification when conditions fall outside limits. On-board I/O provides Serial, Ethernet, and dialup connectivity. The S550-2 and -6 models provide two or six Expansion slots respectively to allow addition of various communications and monitoring I/O interfaces that might be desired for your specific site application. SOLUTIONS SPOTLIGHT - POWER UTILITY OVERVIEW An Asentria product reseller delivered an Asentria SiteBoss 550 to a power utility customer who wanted to remotely monitor various legacy contact closure alarms. During subsequent conversations with the Asentria Technical Services Division, the customer s views on what could be monitored at a remote site changed significantly. THE CHALLENGE The utility s desire to monitor contact closures was easily satisfied during the initial testing. This level of monitoring gave the customer basic monitoring of presence /absence of AC main power, but nothing relating to other variables like current, voltage, frequency, or other issues that might impact service in some way. Before speaking with Asentria Technical Services personnel, they assumed that gathering such data was either too difficult or prohibitively expensive. This is a typical first impression, and is especially common among customers with limited remote monitoring experience. When first confronted with the monitoring needs of a remote site, individuals can feel overwhelmed with trying to figure out how to interface to the equipment they want to monitor. Many devices operate on different protocols or require specialized inputs, making it difficult to envision a single device solution. Rectifiers are a good example: A rectifier takes the alternating current received from the power company and converts it to DC power used to charge the batteries and to run the equipment. The interfaces to rectifiers can range from none to contact closures to a serial or networked interface card. Multiply that uncertainty across several remote equipment devices and your situation becomes complex very quickly. Yet in the case of the rectifier, the S550 can handle all the potential interface situations, using different configurations. If there is no interface in the current system, the S550 can monitor the incoming AC power, the outgoing DC power and the temperature of the rectifier to make sure it isn t overheating. If contact closures are available, the S550 can collect that data, and if there is a serial interface, then scripting can be used to talk to the rectifier. If there is a network interface, scripting can be used to collect SNMP data or connect to a telnet interface or even to collect data via a web interface. In cases where more than one user of power is present at one location, you can accurately allocate usage between users. In other situations, you might use an Asentria S550 to shed power loads based on recognizing a condition such as switching to battery backup power. After spending some time discussing his power situation, the customer determined that any comprehensive power solution would also have to include current, voltage, and frequency monitoring. THE SOLUTION Asentria recommended testing of the SiteBoss 550 unit with an add-on AC power analyzer. The S550 supports a scripting language called LUA that enables the S550 to interface to devices that use the RS485 protocol. Asentria supplies AC power analyzer equipment that uses RS485 as its communication method. This enabled the S550 unit to not only sense and alarm on a variety of existing contact closure alarms at the site, but also to communicate with the specialized power analyzer, which is capable of providing voltage, current, power and frequency data, and much more at a very high level of accuracy. This data is pulled into the Asentria unit so the client can be notified not just of a power outage but for a brown out and other out-of-spec power situations. Moreover, the system allowed the customer to check the bills he was receiving from the power company to make sure he was being charged correctly for his usage. For this utility customer, the ability to understand how a remote site was using power became as important as ensuring the continuous flow of power to his equipment. For a minimal amount of extra expense, the S550 enabled them to go far beyond monitoring contact closures, to more effectively run their remote sites via detailed power monitoring. v

11 TM SiteBoss 550 Specifications SLOT 2 SLOT 1 S550-2 Back Panel IDEAL USES 1) Remote Cabinet Monitoring and Remote Access - The S550 can be used in remote cabinets or enclosures, from small BTS locations up to large walkin enclosures. This device supports remote environmental monitoring, power monitoring from both AC and DC sources, generator fuel levels, fuse panels, and monitoring of inherently non-snmp type equipment such as HVAC, UPS, etc. The device also supports remote access to remote site equipment via Ethernet, POTS, and EDGE wireless modems. 2) Monitoring of Server Equipment Rooms - The S550 can be used in network equipment rooms primarily for environmental monitoring over larger areas or in specific cabinets within a room. Common environmental factors that can be monitored are temperature, humidity, water, smoke, entry, motion, and airflow. The S550 can support power monitoring from both AC and DC sources. The S550 is specifically designed to notify an SNMP software, but other methods of notification are also possible. The S550 features specialized scripting and security capabilities. Scripting (LUA) enables a user to customize monitoring capabilities. Additional security methods allow use of the S550 in the most security-conscious environments. DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm (S550-6) 11in/27.9cm (S550-2) Unit Depth: 7.80in/19.812cm Unit Height: 1.75in/4.445cm Unit Weight: 3-5 lbs/ kg Mounting: Shelf or 19in rack Power: 15VDC Desktop Supply w/iec power cord (-48VDC Optional) Voltage In: 36VDC(Min) / 60VDC(Max) S550 with 2 Expansion Slots S550-2 S550 with 6 Expansion Slots S550-6 Extended Temperature Range /XT**** 32MB Record Storage /32M 64MB Record Storage /64M On-board Dialup Modem /MD On-board Temperature Sensor /T AC Supply for US /ACUS** 24VDC Power /24DC*** 48VDC Power /DC*** Run-time Battery /BB*** Power Usage: 5.25W(Typical), 24W(Max) Operating temp: 0 to 40 C standard, -40 to +60 C extended range Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Noncondensing) RoHS, CE, CSA/UL Certified Mean Time Between Failure: 70,000 BACK PANEL CONFIGURATION The S550 catalog number specifies the configuration and options you want to order with your S550 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and are omitted if not desired. BASE UNIT + *EXTENDED TEMP + MEMORY SIZE + *MODEM + *TEMP SENSOR + POWER SUPPLY + *EXPANSION CARDS Base unit and base options are separated with a slash ( / ), then Expansion slot options are listed, separated with a dash ( - ). The first Expansion card listed in the catalog number goes in slot 1, the next in slot 2, and so on. Thus all of the following are valid catalog numbers: S550-6/32M/ACUS-8V-8R-4S S550-6/XT/32M/ACEU-8C-8C-4C4V S550-6/32M/MD/T/ACUS-8V-8R S550-2/32M/MD/ACUS/BB S550-2/32M/MD/T/ACUS-4S-ME BASE UNIT CONFIGURATION 2 RJ45 Serial I/O Ports 2 10/100 Ethernet Ports 32 MB Record Logging Database 2 or 6 Expansion Card Slots ADDITIONAL PRODUCT DETAILS S550-2/32M/ACUS S550-2/32M/MD/ACUS S550-2/XT/32M/MD/DC S550-2/32M/MD/T/ACUS (1) ES/ESJ Port 1 MMC Memory I/O Slot AC Power Input Unit comes with AC Desktop Power Supply with US-type IEC power cord, (1) 6ft Ethernet cable, (2) 6ft RJ45 serial cables, (1) RJ45-DB9F DCE Adapter, (1) RJ45- DB9M DTE Adapter, (1) DB9 M/F Null Modem Adapter, (2) 19 rack mount ears, and a Documentation and Utilities CD. Expansion cards come with appropriate accessories. For example the 4X serial cards come with (4) 6ft RJ45 serial cables and (4) RJ45-DB9M DTE Adapters. The wireless modem cards come with an antenna. Contact Sales for more details. ADDITIONAL PRICING DETAILS ** For International usage you can specify /ACUK, /ACEU, or /ACAU for UK, European, or Australian power cords respectively. *** When determining your S550 configuration, you may choose either DC Power or Run-time Battery, but not both. **** Standard operating temperature is 0 to +40 C. /XT option extends operating temperature to -40 to +60 C. Extended-temperature AC power supply included when ordering /AC with /XT option. SLOT 5 SLOT 3 SLOT 2 SLOT 1 SLOT 6 SLOT 4 S550-6 Back Panel v

12 TM SiteBoss 530 MOST POPULAR DEVICE. HIGHLY FEATURED REMOTE MONITORING, ACCESS, AND CONTROL UNIT. The SiteBoss 530 is a versatile, mid-range system used for monitoring and control of remote equipment sites. The S530 provides remote monitoring of serial devices, equipment I/O, and environmental conditions at these remote sites and forwards notification when conditions fall outside limits. On-board I/O provides serial, Ethernet, and dialup connectivity. The S530-2 and -6 models provide two or six Expansion slots respectively to allow addition of various communications and monitoring I/O interfaces that might be desired for your specific site application. HIGHLIGHTED FEATURES In-band or out-of-band access to remote serial equipment Out-of-band access to remote network equipment Base unit supports 2 serial and 2 Ethernet ports 2 or 6 additional slots provide flexible expansion options Supports up to 16 serial ports for remote serial device management Connect up to 16 remote EventSensor modules to add I/O ports (See the EventSensor section for more details) Supports up to 48 I/O points, contacts, voltage, 4-20mA, relays, and more Wireless cellular, ADSL, and/or dialup modem options Monitor up to 100 serial alarm messages Optional external MMC card temperature sensor Supports Asentria Setting Key functionality Easy to understand MIB works well with third-party SNMP Managers Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems Send , SNMP trap, TCP/IP, or dial-out alarms Receive and convert SNMP traps into text alarms Access network devices via dialup PPP Fallback to dialup alarms if the Ethernet connection fails Web interface for easy configuration Optional internal run-time battery backup SOLUTIONS SPOTLIGHT - MINNESOTA D.O.T. OVERVIEW For many years, Minnesota state agencies such as the State Police or the D.O.T. Operated their command and control structure over separate communications networks, often with little to no interoperability. The lack of a unified, scalable communications network that state agencies could use to coordinate their responses to emergencies was cited as a major target of reform by the Minnesota State Government. THE CHALLENGE The challenge facing the lawmakers was one of funding the replacement of an antiquated patchwork of communication networks with a secure, voice network that could grow along with the state s transportation system. With the Federal Communication Commission s mandate that all entities utilizing wide-band VHF and UHF systems move to narrow-band systems by 2013, the Minnesota State Legislature responded by funding an 800MHz P25 Trunked Radio Communication System. The Office of Communications within MNDOT set out evaluating the state s current systems and began design of the required additions to bring all state agencies together onto a common communications platform. Due to the high degree of importance placed on the reliability of an emergency communications network, one of the steps was to find a company with an established track record of delivering remote monitoring and control solutions to ensure that the network and its equipment would function properly. THE SOLUTION Asentria was chosen to monitor two important items at the tower sites: environmental conditions (generators, smoke detectors, lights, building entries, AC & DC power) and the LAN/WAN backbone equipment. The remote site monitoring solution Asentria delivered to MNDOT included the SNMP-link SL-81 - and it s successor, the SiteBoss 530. Featuring a Cisco router at each tower site for connectivity, Asentria s remote site monitoring solution sends polling and alarm traffic via SNMP across the network to a central NOC. This is then fed into an in-house NMS system. The Asentria unit s powerful control capabilities allow personnel to remotely send commands to enable or disable power plants and relay switches; change equipment configuration parameters; connect remote users to restricted ports; collect, buffer and securely transfer data, and more. In addition, Asentria solutions have not only helped make MNDOT s network more reliable by enabling it to keep track of environmental conditions that could potentially pose a threat to its remote equipment, but have also proven to be highly flexible and customizable. v

13 TM SiteBoss 530 Specifications SLOT 2 SLOT 1 S530-2 Back Panel IDEAL USES 1) Remote Cabinet Monitoring and Remote Access - The S530 can be used in remote cabinets or enclosures, from small BTS locations up to large walk-in enclosures. This device supports remote environmental monitoring, power monitoring from both AC and DC sources, generator fuel levels, fuse panels, and monitoring of inherently non-snmp type equipment such as HVAC, UPS, etc. The device also supports remote access to remote site equipment via Ethernet, POTS, or EDGE wireless modems. 2) Monitoring of Server Equipment Rooms - The S530 can be used in network equipment rooms primarily for environmental monitoring over larger areas or in specific cabinets within a room. Common environmental factors monitored are temperature, humidity, water, smoke, entry, motion, and airflow. The S530 can support power monitoring from both AC and DC sources. The S530 is specifically designed to notify an SNMP software, but other methods of notification are also possible. DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm (S530-6) / 11in/27.9cm (S530-2) Unit Depth:7.80in/19.812cm Unit Height: 1.75in/4.445cm Unit Weight: 3-5lbs/ kg (dependent on configuration) Mounting: Shelf or 19in rack Power: 15VDC Desktop Supply (-48VDC optional) Voltage in: 36VDC(Min) / 60VDC(Max) S530 with 2 Expansion Slots S530-2 S530 with 6 Expansion Slots S530-6 Extended Temperature Range /XT**** 32MB Record Storage /32M 64MB Record Storage /64M On-board Dialup Modem /MD On-board Temperature Sensor /T AC Supply for US /ACUS** 24VDC Power /24DC*** 48VDC Power /DC*** Run-time Battery /BB*** Power Usage: 5.25W(Typical) /24W(Max) Operating temp.: 0 to 40 C standard, -40 to +60 C extended range Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Noncondensing) RoHS, CE, CSA/UL Certified Mean Hours Between Failure: 70,000 BACK PANEL CONFIGURATION The S530 catalog number specifies the configuration and options you want to order with your S530 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and are omitted if not desired. BASE UNIT + *EXTENDED TEMP + MEMORY SIZE + *MODEM + *TEMP SENSOR + POWER SUPPLY + *EXPANSION CARDS Base unit and base options are separated with a slash ( / ), then Expansion slot options are listed, separated with a dash ( - ). The first Expansion card listed in the catalog number goes in slot 1, the next in slot 2, and so on. Thus all of the following are valid catalog numbers: S530-2/32M/ACUS S530-2/32M/MD/ACUS S530-2/32M/MD/DC S530-2/32M/MD/T/ACUS S530-2/32M/MD/ACUS/BB BASE UNIT CONFIGURATION 2 RJ45 Serial I/O Ports 2 10/100 Ethernet Ports 32MB Record Logging Database 2 or 6 Expansion Card Slots ADDITIONAL PRODUCT DETAILS S530-2/32/MD/T/ACUS-4S-ME S530-6/XT/32M/ACUS-8V-8R-4S S530-6/32M/ACEU-8C-8C-4C4V S530-6/XT/32M/MD/T/ACUS-8V-8R (1) ES/ESJ Port 1 MMC Memory I/O Slot AC Power Input Unit comes with AC Desktop Power Supply with US-type IEC power cord, (1) 6ft Ethernet cable, (2) 6ft RJ45 serial cables, (1) RJ45-DB9F DCE Adapter, (1) RJ45- DB9M DTE Adapter, (1) DB9 M/F Null Modem Adapter, (2) 19 rack mount ears, and a Documentation and Utilities CD. Expansion cards come with appropriate accessories. For example the 4X serial cards come with (4) 6ft RJ45 serial cables and (4) RJ45-DB9M DTE Adapters. The wireless modem cards come with an antenna. Contact Sales for more information. ADDITIONAL PRICING DETAILS ** For International usage you can specify /ACUK, /ACEU, or /ACAU for UK, European, or Australian power cords respectively. *** When determining your S530 configuration, you may choose either DC Power or Run-time Battery, but not both. **** Standard operating temperature is 0 to +40 C. /XT option extends operating temperature to -40 to +60 C. Extended-temperature AC power supply included when ordering /AC with /XT option. SLOT 5 SLOT 3 SLOT 2 SLOT 1 SLOT 6 SLOT 4 S530-6 Back Panel v

14 TM SiteBoss 450 AFFORDABLE REMOTE MONITORING AT BASE TRANSCEIVER STATIONS (BTS) Cost-effective device for use in very large deployments in mobile operator networks worldwide. The S450 is specifically designed to integrate closely with external sensing devices for the purpose of monitoring these variables. Limited device powering capability is also available. Specifically designed to be integrated into Asentria s new SiteManager software application to provide a complete turnkey solution. Based on powerful Linux operating system Base unit supports (2) Serial and (1) Ethernet port Specifically integrated with 3rd party sensors Supports (4) Asentria Sensor ports: (1) ES/ESJ port, and (3) ESJ ports (2) USB ports (For future expansion options) Internal wireless EDGE modem (Optional) AC (standard) or DC (Optional) power supply 4 Power output voltages, +24, +15, -15 and +12 Volts DC for powering external sensors (Optional) LUA scripting language HIGHLIGHTED FEATURES Easy to understand MIB works well with third-party SNMP Managers Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems Supports Asentria Setting Key functionality Web interface for easy configuration Send SNMP, SMS, and alarms SOLUTIONS SPOTLIGHT - EMERGING MARKETS OVERVIEW Operators of mobile networks worldwide face a myriad of challenges regarding operational costs at their Base Transceiver Sites (BTS). The specific challenges vary depending on the part of the world, but variables related to power, security, and environment are major costs and concerns for anyone operating a distributed wireless network, or anyone that might be involved in providing services to operators such as leasing them towers. The S450 is Asentria s specific answer to meet the needs of those responsible for these mobile networks anywhere in the world. THE CHALLENGE Power in particular is both a huge cost and a security concern for mobile operators worldwide. More intelligent coordination between primary and backup power, as well as more intelligent usage of power at the site by existing equipment like HVAC, are universally desirable. In some parts of the world, a major focus may also be on a security related item like the theft of diesel fuel. Security concerns relate to managing site visits by authorized personnel, and the management of cameras at the remote site. Environmental issues vary from very simple, yet very destructive problems related to temperature or presence of water, to more sophisticated solutions involving intelligent HVAC solutions. In the case of a tower leasing company, they may face difficulties due to the fact that they have no direct communications to the BTS location, as they are not allowed to use the mobile operator s network to send data. In all cases, operators must weigh the cost to purchase and install the equipment, vs. the intended benefit. All of these issues were considered in the design of the Asentria S450 device. THE SOLUTION The Asentria S450 was designed to meet all these specific needs. It features calibrated inputs for specific sensors such as fuel level to reduce set-up cost during installation, and to improve the overall data that the S450 device can provide. The S450 and Asentria Technical Services provide the ability for an S450 to run custom scripts to handle more sophisticated tasks at a remote site without control from the network operation center. The S450 features a dual-sim wireless modem built-in (optional). A built-in modem lowers the cost of the unit and the dual-sim provides 2 wireless paths for data to travel on. The S450 is the result of years of experience in this industry, and is designed to be the most cost-effective, easiest to use, and most capable device for the purpose of monitoring critical variables at BTS locations. S450 Back Panel v

15 TM SiteBoss 450 Specifications S450 Front Panel SiteBoss 450 S450 EDGE Modem, Internal /IME Verizon CDMA/EVDO Modem, Internal /IMCV AC Supply for US /ACUS** Extended Temperature Range /XT*** 24VDC input power supply /24DC -48VDC isolated power supply /48DC 24/+-15/12V DC power outputs /P1**** 24/+-15/5V DC power outputs /P2**** I/O Config: 10C -10C I/O Config: 4C, 2V, 1M, 3R -4C2V1M3R I/O Config: 4C, 1F, 1V, 1M, 3R -4C1F1V1M3R I/O Config: 6C, 1M, 3R -6C1M3R I/O Config: 6C, 1F, 3R -6C1F3R I/O Config: 5C,1V, 1M, 3R -5C1V1M3R I/O Config: 8C, 1M, 1R -8C1M1R C=Contact V=Voltage M=4-20ma R=Relay F=Resistive Sensor ** For International usage you can specify /ACUK, /ACEU, or /ACAU for UK, European, or Australian power cords respectively. *** Standard operating temperature range is 0 to +40 C. Add /XT option for -40 to +60 C extended-temperature range. **** This option is only available in conjunction with the selection of the /24DC or /48DC power option. IDEAL USE Remote Monitoring of passive, or non-service providing equipment at cellular Base Transceiver Stations (BTS). Passive equipment controls the environment, physical security, and power conditions at a remote site. Typical environmental conditions that are monitored include temperature, water, humidity, smoke, airflow, and monitoring the operation of an HVAC system. Security variables that are monitored include security of doors, motion detectors, tower lighting systems, and monitoring the theft of items like diesel fuel. Power conditions that are monitored include items related to DC or AC power at the remote site, backup diesel generators (including fuel level), and wind and solar power systems. The S450 is designed to be cost-effectively used in very large deployments in mobile operator networks worldwide. The S450 is specifically designed to integrate closely with external sensing devices for the purpose of monitoring these variables. The S450 can directly power some sensors to overcome the challenge and cost of powering sensors in a DC environment. The S450 supports internal wireless modems for reliable transfer of status data as either its primary method of communicating, or as a back-up to a more conventional Ethernet connection. The S450 has no expansion slots and therefore cannot accept Asentria Expansion cards. I/O BAY CONFIGURATIONS The S450 provides 10 Input/Output points available in the specified I/O configurations. Custom configurations are available on request for special projects. (20 I/O configuration coming soon). C - Dry Contact Closure Input CI - Isolated Contact Closure Input V - Analog Voltage Input F - Resistive Sensor (Resistive Fuel Sensor) DEVICE SPECIFICATIONS Unit Width: 11in / 28cm VI - Isolated Voltage Input M mA Current Input R - Relay Output Unit Depth: 7.75in/19.685cm (8.25in/20.955cm with wireless) Unit Height: 1.75in/4.445cm Unit Weight: 3lbs/1.4kg (Dependent on configuration) Power: 15VDC Desktop Supply (-48VDC Optional) Voltage In: 40VDC (Min) / 50VDC (Max) Power Usage: 6.2W (typical) / 24W (max) Operating Temperature: 0 to 40 C standard, -40 to +60 C extended range Operating Humidity: 0 to 95% (Non-condensing) RoHS, CE, CSA/UL Certified Mean Hours Between Failure: 80,000 BASE UNIT CONFIGURATION (1) Slot for 10 I/O points (1) 10/100 Ethernet Port (4) Sensor Ports: (1) ES/ESJ and (3) ESJ compatible ports BACK PANEL CONFIGURATION (2) USB (For future expansion options) AC Power Input (2) serial ports The S450 catalog number specifies the configuration and options you want to order with your S450 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and are omitted if not desired. BASE UNIT + *EXTENDED TEMP + *WIRELESS MODEM + POWER SUPPLY + *POWER OUTPUTS + *I/O Thus all of the following are valid catalog numbers: S450/IME/48DC/P1-4C2V1M3R S450/ACUS-10C ADDITIONAL PRODUCT DETAILS Base unit comes with the following: (1) RJ45 6 Serial Cable (1) 6 CAT5e Ethernet Cable (1) AC Desktop Power Supply with US-type IEC Cord (When ACspecified) (1) Rack Mount Ears Kit (1) -48VDC Installation kit, 2ft. (When DC-specified) (1) RJ45-DB9F DCE Adapter (1) RJ45-DB9M DTE Adapter v

16 TM SiteBoss 350 RELIABLE MANAGEMENT FOR CRITICAL MOBILE GENERATOR AND MOBILE CELL SITES Designed specifically to work with mobile generators and mobile cell sites used for disaster recovery by telecom operators, the S350 can monitor fuel levels, generator run-times, and key on-site variables. The S350 features advanced power management, a high-speed wireless modem, and an internal GPS receiver. The S350, paired with Asentria s software utility, allows reliable data transfer and the ability to locate units on a map. The S350 is compatible with many SNMP-based software solutions and is designed for use within the operational schemes of sophisticated telecommunication operator s networks. Based on powerful Linux operating system Base unit supports (1) Serial and (1) Ethernet port Specifically integrated with 3rd party sensors Supports (1) Asentria Sensor port: (1) ES/ESJ port (1) USB port (For future expansion options) Internal wireless CDMA/EVDO, LTE, or HSPA modem (Optional) Internal GPS Receiver (Optional) DC power supply (Runs on vehicle batteries) LUA scripting language HIGHLIGHTED FEATURES Easy to understand MIB works well with third-party SNMP Managers Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems Supports Asentria Setting Key functionality Web interface for easy configuration Send SNMP, SMS, and alarms SOLUTIONS SPOTLIGHT - MOBILE NETWORK OPERATOR OVERVIEW A request was received from a Tier 1 US mobile network operator (MNO) to develop a monitoring device that could be used to monitor mobile generators and mobile cell sites used in disaster recovery. During the events of Hurricane Irene and Sandy in 2011 and 2012, respectively, wide areas of the Northeastern United States suffered power outages. Used extensively to keep the network up and running, it was at this time that the usefulness of mobile generators was highlighted. THE CHALLENGE Due to the widespread nature of power outages, the MNO faced a significant challenge during these severe weather events. The MNO had plans in place to use mobile generators and mobile cell sites, but during the course of putting these plans into action, several unforeseen problems were pointed out. All of the MNO s stationary cell sites were monitored via comprehensive monitoring systems based on SNMP. However the mobile generators were not on a standard IP network to provide data on their status or location. It became difficult for the MNO to keep track of where deployed mobile generators were located and how much fuel was available at these mobile units. In the case of both Hurricane Irene and Sandy, outages were widespread enough that mobile resources were re-allocated from non-affected areas to storm-struck areas. The additional mobile assets from other regions was difficult to manage in the overall operational plan. THE SOLUTION Asentria already provides solutions for monitoring stationary generators, and is well versed in large-scale wireless device deployment, but this was no off-theshelf solution. Since device size was a primary concern, Asentria began by considering the small space available for the needed hardware. It was also critical to use the least amount of power possible, as the S350 would be powered by a basic 12V battery in place to start a mobile generator. The S350 was designed to sleep the majority of the time, only waking when it detected the generator was in operation, or when the S350 s built-in accelerometer detected that the generator was moving. A wireless modem was a must, since in a large percentage of the S350 s potential usages, it was not expected that a wired IP connection would be available. It was important to be able to deliver alarm messages in the latest SNMPv3 format to meet security requirements and to work with an existing SNMP-based Network Monitoring Software. For this MNO, the S350 was a direct fit for their application. The S350 was designed specifically to meet the needs of an MNO customer managing large numbers of mobile generators to ensure the highest possible network uptime. S350 Side Panel v

17 TM SiteBoss 350 Specifications S350 Front Panel SiteBoss 350 I/O Config: 1RC, 4C, 1M, 1V, 5P I/O Config: 1RC, 1VS, 3C, 1M, 1V, 5P I/O Config: 1RC, 4C, 1F, 1V, 5P I/O Config: 1RC, 1VS, 3C, 1F, 1V, 5P Verizon CDMA/EVDO Modem, Internal EDGE Modem, Internal HSPA Modem, Internal Add DIN Rail Mount Internal Expansion Card -10C Internal Expansion Card - 1 Wiegand, 8 Contact, 1 Relay AC supply & US cord, 15VDC 2A (0 to 40 deg C) with Phoenix conn. AC supply & US cord, 15VDC 2.6A (Ext. Temp -30 to +60C) with Phoenix conn. S350 /1RC4C1M1V5P /1RC1VS3C1M1V5P /1RC4C1F1V5P /1RC1VS3C1F1V5P /IMCV /IME coming soon /DIN coming soon coming soon Multi-band Antenna (integrated 10 cable) Multi-band Antenna ( / ) Magnetic Mount I/O BAY CONFIGURATIONS The S350 provides 7 Input/Output points available in the specified I/O configurations. Custom configurations are available on request for special projects. RC - Form C Relay VS - Voltage Sense C - Dry Contact Closure Input M mA Current Input F - Resistive Sensor (Resistive Fuel Sensor) V - Analog Voltage Input P - 5V Power DEVICE SPECIFICATIONS Unit Width: 5.25in / cm (5.5in / 13.97cm with modem) Unit Depth: 5in / 12.17cm Unit Height: 1.75in / 4.445cm Unit Weight: 1.164lbs/.528kg (Dependent on configuration) Voltage In: 10VDC(Min) / 28VDC(Max) Power Usage: 3.9W(typical) / 37.8W(max) Operating Temperature: -40 to 60 C Operating Humidity: 0 to 95% (Non-condensing) RoHS, CE, CSA/UL Certification: Pending Mean Hours Between Failure: TBD DIN Rail Mount Magnetic Mount Multi-band Antenna BASE UNIT CONFIGURATION (1) Slot for 7 I/O points (1) 10/100 Ethernet Port (1) ES/ESJ Port DC Power Input BACK PANEL CONFIGURATION (1) serial port (1) USB (For future expansion options) (1) Mezzanine slot (For future expansion options) The S350 catalog number specifies the configuration and options you want to order with your S350 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and are omitted if not desired. BASE UNIT + I/O + *WIRELESS MODEM + *DIN IDEAL USE Reliable Management for Critical Mobile Generator and Mobile Cell Sites. The S350 adds to Asentria s SiteBoss product line a set of features designed specifically to work with mobile generators and mobile cell sites used for disaster recovery by telecom operators. The S350 can monitor fuel levels, generator run-times, and key on-site variables. The S350 features advanced power management for low power usage, high-speed wireless modem connectivity with the ability to send management data through this primary communication channel, and an internal GPS receiver to determine location information. The S350, paired with Asentria s software utility, allows reliable data transfer and the ability to locate units on a map. Like all Asentria products, the S350 is compatible with many SNMP-based software solutions and is designed for use within the operational schemes of sophisticated telecommunication operator s networks. Thus all of the following are valid catalog numbers: S350/1RC4C1M1V5P/IMLV S350/1RC4C1F1V5P/IMCV/DIN ADDITIONAL PRODUCT DETAILS Base unit comes with the following: (1) RJ45 6 Serial Cable (1) RJ45-DB9F DCE Adapter (1) Terminal Block, Plug, w/ Screw Locks 2 pos. 3.81mm (for power) (1) Terminal Block, Plug, 16 PIN, Socket w/term Screws, 3.5mm (1) Screw driver, 3/32 blade v

18 TM SiteBoss 220 (previously S420) S220 Back Panel ENVIRONMENTAL MONITORING IN SERVER ROOMS OR OTHER AC-POWERED LOCATIONS. SiteBoss 220 DC power supply, -48VDC to 12VDC, (32VDC to 72VDC input) 15W DC power supply, -48VDC to 24VDC, (32VDC to 72VDC input) 15W Barrel Plug Adapter with Screw Terminals for DC Environments S **** **** **** AC supply for US /ACUS** Extended temperature range /XT*** 8 Contact Closure Inputs /8C 8 Relay Outputs /8R 8 Voltage Inputs /8V 8 Current Inputs /8M 4 Contact & 4 Relay Outputs /4C4R 4 Contact & 4 Voltage Inputs /4C4V 4 Contact & 4 Current Inputs /4C4M 4 Voltage & 4 Current Inputs /4V4M 4 High-Current Contact & 4 Contact Inputs /4CB4C ** For International usage you can specify /ACUK, /ACEU, or /ACAU for UK, European, or Australian power cords respectively. *** Standard operating temperature range is 0 to +40 C. Add /XT option for -40 to +60 C extended-temperature range. **** The S220 is powered by DC input of 10 to 28 Volts through a barrel jack interface. Typical customer DC power environments are 12, 24, or 48 Volts. For 12 or 24 volt environments a barrel jack adaptor is needed, sold separately. For 48 volt environments select a power supply to convert 48 volts to 12 volts or 48 volts to 24 volts, sold separately. DC power supplies for the S220 are listed as a separate line item. AC Supplies are listed with the conventional /ACUS designation. Supports 8 on-board contact closure inputs (1) ES/ESJ Port***** Extended operating temperature range Cost effective Small size HIGHLIGHTED FEATURES Send or SNMP trap alarms Easy to understand MIB works well with third-party SNMP Managers Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems IDEAL USES Monitoring of Server or other Remote Equipment Rooms - The S220 is a simple, small, cost-effective device for monitoring in remote equipment locations. The S220 supports remote environmental monitoring such as temperature, humidity, water, smoke, entry, motion, and airflow within remote locations through the use of a variety of external sensors. The S220 delivers alarms in-band via Ethernet only. The S220 is specifically designed to be integrated with an SNMP software, delivering alarms either by SNMP Trap or by polling of the S220 s SNMP MIB. The S220 can also support SMTP ( ) alarms. BACK PANEL CONFIGURATION The S220 catalog number specifies the configuration and options you want to order with your S220 unit. The catalog number lists the options in the order shown below. BASE UNIT + I/O + POWER SUPPLY**** Base unit and base options are separated with a slash ( / ). Thus the following is a valid catalog number: S220/8C/ACUS BASE UNIT CONFIGURATION 8 Contact Closure Inputs (1) 10/100 Ethernet Port (1) ES/ESJ Port***** Wall Mount Brackets DEVICE SPECIFICATIONS Unit Width: 4.5in/11.34cm Unit Depth: 5.75in/14.49cm Unit Height: 1.75in/4.445cm Unit Weight: 0.9lbs/0.41kg (Dependent on configuration) Mounting: Shelf or Wall Mount Power: VDC input range Power Usage: 5.25W (Typical)/ 24W(Max) Operating Temperature: 0 to 40 C standard, -40 to +60 C extended range Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) RoHS Certified ***** S220 supports only ES-T, ES-TH, ESJ-TA8, and ESJ-TA50 EventSensors. S220 can support up to three of these external EventSensors. Minimal changes have been made in updating the SiteBoss 420 to the SiteBoss 220. The physical dimensions are a little larger (see Device Specifications ), and the on-board temp sensor has been replaced by the current ES/ESJ port that can support up to three ES-T, ES-TH, ESJ-TA8, and ESJ-TA50 EventSensors. Easy to use Web Interface v

19 TM SiteBoss 410 S410 Back Panel SiteBoss 410 S410 AC Supply for US /ACUS** Extended temperature range /XT*** +24/-48 Volt power input /DC 6 Contacts & 2 voltage inputs-specify 5 or 60 volt /6C2V5**** or /6C2V75**** 2 relay outputs /2R On-board humidity sensor /H Type 1 EventSensor port /ES 5 Volt power output - Only available with +24/- 48V power input option ** For International usage you can specify/acuk, /ACEU, or /ACAU for UK, European, or Australian power supplies. *** Standard operating temperature range is 0 to +40 C. Add /XT option for -40 to +60 C extended-temperature range. **** Two of the 8 CC inputs can be converted into voltage inputs. Monitor alarm conditions on up to (8) on-board dry contact closure inputs, allowing you to monitor external equipment, detect open doors, windows, or water on the floor (door/window/water require external sensors which are not included) Two of the sensor inputs can be ordered as voltage sensors (+/- 60VDC or 0-5VDC) instead of dry contact closures (optional) Pass-through access to one serial device Switch remote equipment with (2) on-board relay outputs (optional) On-board temperature sensor On-board humidity sensor (optional) Power small, inexpensive 5VDC hubs in -48VDC environments using the power output feature (optional) /P5 Generate SNMP traps to your network management system Easy-to-understand MIB supports approximately 200 MIB OID s Compatible with NetBoss, ProVision, HP Openview, Spectrum, InterMapper, Nagios, SNMPc, Netcool, TrapServer, SitePortal, and all other SNMP-based network management systems +24/-48V power input (optional) HIGHLIGHTED FEATURES IDEAL USES Remote Cabinet Monitoring and Remote Access - The S410 can be used in remote cabinets or enclosures, from small BTS locations up to large walk-in enclosures. This small device supports remote environmental monitoring such as temperature, humidity, water, smoke, entry, motion, and airflow within these remote locations. The S410 delivers alarms in-band via Ethernet only, and is specifically designed to be integrated with SNMP software. The S410 also has a single Ethernet to serial terminal server capability. The S410 is available for operation in a -48VDC or +24VDC environment as well as standard AC environments and has a wide operating temperature range for small cabinets without a controlled temperature. BASE UNIT CONFIGURATION (8) Contact Closure Inputs (1) On-board Temperature Sensor (1) Serial Console BACK PANEL CONFIGURATION The S410 catalog number specifies the configuration and options you want to order with your S410 unit. The catalog number lists the options in the order shown below. Items with a * are truly optional and omitted if not desired. Base unit and options are separated by a slash (/). BASE UNIT + *VOLTAGE INPUTS + *RELAYS + *HUMIDITY + *ES PORT + *POWER OUTPUT + POWER SUPPLY Thus all of the following are valid catalog numbers: S410/6C2V5/2R/H/DC S410/6C2V75/DC S410/DC DEVICE SPECIFICATIONS Unit Width: 17.5in/44.45cm Unit Depth: 4.75in/12cm Unit Height: 1.75in/4.445cm Unit Weight: 2lbs/0.91kg (Dependent on configuration) Mounting: Shelf or 19in rack Power: 15VDC Desktop Supply (-48VDC Optional) Voltage In: 19VDC (Min) / 60VDC(Max) Power Usage: 1.5W(Typical) / 24W(Max) Operating Temperature: 0 to 40 C standard, -40 to +60 C extended range Storage Temperature: -40 to 85 C Operating Humidity: 0 to 95% (Non-condensing) RoHS, CE, CSA/UL Certification: Yes Mean Hours Between Failure: 90,000 Hours ADDITIONAL PRODUCT DETAILS S410/ACUS S410/6C2V5/2R/H/ES/P5/DC S410/2R/H/ES/ACEU Base unit comes with AC Desktop Power Supply with US-type IEC power cord, (1) pair of 19 rack mounts. v

20 TM SiteBoss Product Matrix S572-2 S571-2 S550 Advanced 6 2 S530 Basic 6 2 S450 S350 S410 S220 HARDWARE FEATURES On-board 10/100 Base-T Ethernet Ports (RJ45) (10Base-T) 1 On-board RS232 Serial Ports (RJ45) 12 data/ 1 console 12 data/ 1 console (DB9-Male) On-board USB serial ports On-board Power Distribution Outputs (5) 30A (9) 10A Optional On-board Power Distribution Outputs 3-10A or 1-30A 12V, ±15V, 24V 5V On-Board 4-20mA Inputs 1 1 Up to 8 On-board Low-current DC Relays Up to 3* 2* Up to 8 On-board Contact Closures 4 4 Up to 10* 4 8 or 6 Up to 8 On-board Voltage Sensors Up to 2* 1 2* Up to 8 MMC Memory I/O Slot Temperature Sensor On-board On-board MMC Card* MMC Card* external ESJ* external ESJ* On-board external ESJ* On-board Humidity Sensor 1* On-board Dialup 33.6k Modem 1* 1* ESJ SensorJack Port (Only Supports ESJ devices) 3 ES/ESJ Dual EventSensor Ports EventSensors Supported Up to 16 Up to 16 Up to 16 Up to 16 Up to 16 Up to 16 3*** Run-time Battery 1* 1* Internal Battery to Control Real Time Clock Expansion Card Bays COMMUNICATION OPTIONS Serial RS-232 Modem via POTS Analog Line Wireless Modem (Optional Expansion Card) Internal Option Internal Option ADSL Modem (Optional Expansion Card) FTP Push, Pull Push, Pull Push, Pull Push, Pull SFTP Push Push Push PPP SSH Telnet Pass-through SMS Support (requires optional EDGE modem) ** Configuration Program (Serial & Network) Web Browser (HTTP) Web Browser (HTTPS) IP Address (Static/DHCP) IPv6 Time Synchronization (NTP/SNTP) Static Routes VPNs VLANs MODBUS RS485 RECORD COLLECTION OPTIONS Serial Port Record Collection SNMP Trap Record Collection STORED DATA POLLING OPTIONS FTP Push/Pull SFTP Push Real-time TCP/IP Socket Polling Line Mode via Serial, Modem or Telnet * This feature is an option and has additional costs ** Not available with LTE modem *** S220 supports only ES-T, ES-TH, ESJ-TA8, and ESJ-TA50 EventSensors v

21 TM SiteBoss Product Matrix S572-2 S571-2 S550 Advanced 6 2 S530 Basic 6 2 S450 S350 S410 S220 ALARM/EVENT FEATURES Serial Data Alarms EventSensor Alarms No-Data Alarms Scheduled Events Serial Handshaking Alarms CPE Alarms ESJ-T Multi-Line Alarm Support Event Sensor Reporting (Contact Mirroring) Virtual Event Sensors ALARM NOTIFICATION FEATURES SNMP v1 Traps, v2c Informs v1 Traps v1 Traps SNMP Sets & Gets - v1, v3 v1 Only v1 Only v1 Only v1 Only SNMPv3 Traps Modem Callouts - TAP Paging SMS Alarming Asentria Alarms SMTP/ Alerts Send Alerts over PPP Dialout REMOTE DEVICE ACCESS FEATURES Pass-through Serial Port Access Connect using Dialup PPP Dialup Access to other Devices on the Remote LAN (IP Routing) SECURITY FEATURES Configurable Security Profiles RADIUS Server Support PAP and CHAP Authentication (via RADIUS) Button Unlock Shared Secret Challenge/Response Restrict Dial-In Access using Caller ID Restrict Network Access by IP Address OTHER NOTABLE FEATURES Audit Log (128K to 1MB Storage) Setting Key Support Event Log Data Logging Storage 32MB 32MB 32MB 32MB Remote Firmware Upgrades via FTP Scripting Ping of Remote CPE EXPANSION CARDS (OPTIONAL) via HTTP Expansion Card Bays Serial Ports (4 per Card) 0 0 4, 8, 12 4, 8 4, 8, 12 4, 8 Maximum Serial Ports (including On-board) * Numbers based on using all expansion card slots v

22 TM SiteBoss Product Matrix S572-2 S571-2 S550 Advanced 6 2 S530 Basic 6 2 S450 S350 S410 S220 EXPANSION CARDS CONTINUED Low Current Relays (4 or 8 per Card) Up to 16* Up to 16* Up to 48* Up to 16* Up to 48* Up to 16* Analog Voltage Inputs (4 or 8 per Card) Up to 16* Up to 16* Up to 48* Up to 16* Up to 48* Up to 16* Isolated Analog Voltage Inputs (4 per Card) 4, 8 4, 8 4, 8, 12, 16, 20, 24 4, 8 4, 8, 12, 16, 20, 24 4, 8 Contact Closure Inputs (4 or 8 per Card) Up to 16* Up to 16* Up to 48* Up to 16* Up to 48* Up to 16* Isolated Contact Closure Inputs (4 or 8 per Card) 4, 8 4, 8 4, 8, 12, 16, 20, 24 4, 8 4, 8, 12, 16, 20, 24 4, mA Sensor Inputs (4 or 8 per Card) Up to 16* Up to 16* Up to 48* Up to 16* Up to 48* Up to 16* Isolated 4-20mA Sensor Inputs (4 per Card) 4, 8 4, 8 4, 8, 12, 16, 20, 24 4, 8 4, 8, 12, 16, 20, 24 4, 8 Wireless Modem Card ADSL Modem Card TECHNICAL SPECIFICATIONS Dimensions - Width 17.5in / 44.45cm 17.5in / 44.45cm 17.5in / 44.45cm 11in / 17.5in / 27.9cm 44.45cm 11in / 27.9cm 11in / 27.9cm 5.25in / cm 17.5in / 44.45cm 4.5in / 11.34cm Dimensions - Height 1.75in / 4.445cm 1.75in / 4.445cm 1.75in / 4.445cm 1.75in / 4.445cm 1.75in / 4.445cm 1.75in / 4.445cm 1.75in / 4.445cm 1.75in / 4.445cm Dimensions - Depth 14.6in / 37cm 14.6in / 37cm 7.80in / cm 7.80in / cm 7.75in (8.25w/ wireless) 5in / 12.7cm 4.75in / 12cm 5.75in / 14.49cm Weight - dependent on configuration 11.0lbs / 5.0kg 11.0lbs / 5.0kg 3-5lbs / kg 3-5lbs / kg 3lbs / 1.4kg 1.164lbs / 0.528kg 2lbs / 0.91kg 0.9lbs / 0.41kg Mounting Options Shelf or 19in rack Shelf or 19in rack Shelf or 19in rack Shelf or 19in rack Shelf or 19in rack Shelf or Wall Mount Power:120/240VAC 50/60Hz Shelf or 19in rack Shelf or Wall Mount Power: -48VDC Standard Standard Optional Optional Optional Optional Optional DC Voltage Range 36-60V 36-60V 36-60V 36-60V 40-50V 10-28V 19-60V 10-28V Max 48VDC 750 ma 750 ma 480 ma 480 ma 130 ma 100 ma 100 ma 480 ma POWER USAGE Typical 9.72 Watts 9.72 Watts 5.25 Watts 5.25 Watts 6.2 Watts 3.9 Watts 1.5 Watts 5.25 Watts Maximum 36 Watts 36 Watts 24 Watts 24 Watts 24 Watts 37.8 Watts 24 Watts 24 Watts CERTIFICATIONS RoHS (lead free) CE Pending FCC/UL/CSA Pending Pending A-tick TBD Operating Temperature (Extended Range) -40 to 45 C -40 to 55 C -40 to 60 C -40 to 60 C -40 to 60 C -40 to 60 C -40 to 60 C -40 to 60 C Operating Temperature (Standard Range) 0 to 40 C 0 to 40 C 0 to 40 C 0 to 40 C 0 to 40 C Non-operating (storage) Temperature -40 to 85 C -40 to 85 C -40 to 85 C -40 to 85 C -40 to 85 C -40 to 85 C -40 to 85 C -40 to 85 C Operating Humidity (non-condensing) 0 to 95% 0 to 95% 0 to 95% 0 to 95% 0 to 95% 0 to 95% 0 to 95% 0 to 95% Mean Time Between Failure (MTBF) 60,000 hrs 60,000 hrs 70,000 hrs 70,000 hrs 80,000 hrs TBD 90,000 hrs 70,000 hrs v

23 TM SiteBoss Product Matrix S572-2 S571-2 S550 Advanced 6 2 S530 Basic 6 2 S450 S350 S410 S220 SOFTWARE FEATURES / APPLICATIONS AVAILABLE BY PRODUCT Firmware Version T Web UI v2 Web UI v1 AC Power Monitor Integrated App Yada & Watts On Fuel Sensor App ES-Battery Monitor PBT Battery Monitor Support AISG Support Load Shedding Port Forwarding IP Routing from Ethernet to Wireless Modem IP Routing from PPP to Ethernet Job Scheduling (need below to be useful) Generator Exercising (need above to be useful) CPE Status Information via User Interface (aka "CPE alarms", "CPE Ping Status") Settings Management via the Web ETH2 to WAN Routing DHCP Duplicate Address Detection IP Camera Support Version 1 Future Future Future InterMapper Probe Generation 32C8V8R USB SNMP Polling DSCP FTP Server Telnet Server OmniDiscover RFL Door Monitor (RFID) GPS * Network Performance Metrics Serial Break Condition via Pass-Through Power Distribution Syslog Event Action Audit Event Ok-Stop / Ok-Continue Actions Serial PPP Multiline Records Caller ID IP Restrictions * Via GPS-capable wireless modem v

24 TM SiteBoss Product Matrix S572-2 S571-2 S550 Advanced 6 2 S530 Basic 6 2 S450 S350 S410 S220 SOFTWARE APPLICATIONS AVAILABLE BY PRODUCT CONTINUED Additional Authentication Options ESBus on IO1 Scripting FTP Push IPRC TRU Polling RADIUS VLAN Data Alarms Real Time Sockets SNMP Notification Capture Serial Handshaking Event TCP Keep-Alive SSH Telnet Bridging SNMPv3 Gets / Sets SNMPv3 Traps SSH Plaintext Protocol SFTP Push v

25 Expansion Cards CONNECTIVITY CARDS Wireless EDGE (GSM) Modem ME Wireless EVDO (CDMA) Modem - SPRINT MCS Wireless EVDO (CDMA) Modem - VERIZON MCV ADSL Modem MA* Dial-Up Modem MD 4X RS232 Serial Port 4S 2X RS485 2X RS232 Serial Port 2DS2S 4X 10/100 Ethernet Port 4E* GPS Receiver GPS * 4E and MA cards cannot be used at the same time in the same unit. 4E and MA cards are not yet supported in the S571 or S POINT I/O CARDS (8) Contact Closure Inputs 8C (8) Isolated Contact Closure Inputs 8CI (4) Voltage Inputs plus (4) +/-15 VDC Pwr Outputs 4VP (4) Voltage Inputs plus (4) + 5 VDC Pwr Outputs 4VP5 (8) Voltage Inputs 8V (8) Low-Current Relays 8R (8) 4-20mA Current Inputs 8M (8) Solid State Relays 8SR (4) Contact Inputs and (4) Solid State Relays 4C4SR (4) Contact and (4) Voltage Inputs 4C4V (4) Contact and (4) Isolated Voltage Inputs 4VI4C (4) Contact and (4) Low-Current Relay 4C4R (4) Contact, (1) Wiegand intfc with power, (1) Low-Current Relay coming soon (4) Voltage and (4) 4-20mA Sensor 4V4M (4) Contact and (4) 4-20mA Sensor 4C4M (4) Contact and (4) Isolated 4-20mA Sensor 4MI4C (4) Contact, (1) 5 VDC Power Output, (1) Voltage Input, (1) Resistive Sensor, and 4C5P1V1F1M (1) 4-20mA IDEAL USE Expansion cards add abilities to an Asentria base unit such as additional in-band or out-of-band connectivity methods, additional connectivity methods to local equipment, various I/O points, and other specialized abilities. Asentria designed its product line with a scalable, fl exible, modular approach that allows you to mix and match almost any combination of Expansion Cards. For ordering, Expansion card options are appended to the end of the base catalog number, with the fi rst expansion option being slot 1, the next being slot 2 and so on. While most confi gurations and combinations of Expansion cards in a given unit are allowed, there are some limitations. Please consult with Asentria Sales to answer any questions. HIGH-DENSITY EXPANSION CARD This ultra-compact expansion card manages up to 64 inputs/outputs in a single card slot. Ideal for use in locations with large numbers of contact sensors: IT centers, server rooms, equipment racks. A six-slot base unit can host up to 6 of these cards for extremely dense monitoring needs. Two high-density expansion cards are available: 64C with 64 dry contact-closure inputs; 32C8V8R with 32 contact-closure, 8 voltage inputs, and 8 relay outputs. Each card is to be used with a mating Y-interconnect cable terminated with two standard 50-pin Amphenol connectors, for easy drop-in replacement of legacy equipment in a prewired system. These connectors mate directly with many punchdown and wire-wrap blocks commonly found in telecom and buildingmanagement systems. Asentria offers optional connectorized wiring blocks that make it easy to wire complex sensor layouts in new systems, too. The high density IO cards use a 68 Pin SCSI-type connector on the card. The listed cable connects that connector to a pair of female 50 pin Amphenol connectors. When connected to a generic 66 block these cables provide a somewhat disorganized arrangement of the input IO with only a few ground pins. Asentria offers Custom 66 Blocks which are wire wrapped on their backside so that all 200 terminal posts can be used for alarm input wiring. Columns A and D providing input connections and columns B and C provide ground terminals. Fan pads are silk screened with all IO labels for easy identifi cation. Asentria custom 512 Blocks provide two rows of 32 wire wrap pairs for inputs and grounds, with individual labeling identifying each input post. HIGH-DENSITY I/O CARDS (64) Contact Inputs on SCSI Connector, cable not included (32) Contacts (8) Relay (8) Voltage, cable not included Cable, SCSI to Dual Amphenol (for 64C, 32C8V8R) 10 ft Cable, SCSI to Dual Amphenol (for 64C, 32C8V8R) 25 ft 66 Block, Dual Male Amphenol, wiring and silk screen for 64C 66 Block, Dual Male Amphenol, wiring and silk screen for 32C8V8R 512 Block, Dual Male Amphenol, wiring and silk screen for 64C 512 Block, Dual Male Amphenol, wiring and silk screen for 32C8V8R 64C** 32C8V8R** Wire Wrap Block 10 Y-Interconnect Cable Punchdown Block ** Requires one of the cables or v

26 Expansion Cards SPECIALTY Asentria offers a variety of specialized Expansion cards for your application. From communication to remote accessory connection, the growing list of Specialty Expansion cards are designed to suit your particular need. Asentria base units must have an Expansion slot to accept Asentria Expansion Cards. Refer to the Product Matrix for more information on applicable units. ADSL MODEM CARD - MA Allows the Asentria unit to interface directly with an ADSL modem line. Card has (1) RJ-11 connector. Includes (1) 7 ft. RJ11 Telephone Cable 4X RS232 SERIAL PORT CARD - 4S Add 4 RS232 serial ports to a compatible Asentria base unit. Card has (4) RJ-45 type connectors. Baud rate: 300(Min) / (Max) Includes (4) 6ft RJ-45 serial cables and (4) RJ45/DB9M DTE Adapters 2X RS485 2X RS232 SERIAL PORT CARD - 2DS2S Add 2 RS485 and 2 RS232 serial ports to a compatible Asentria base unit. Card has (2) RJ-45 type connectors and (2) Phoenix type connectors. Supports connections to MODBUS devices. Baud rate: 300(Min) / (Max) Includes (2) 6ft RJ-45 serial cables, (2) RJ45/DB9M DTE Adapters and 2 Screw terminal block plugs 4X 10/100 ETHERNET PORT CARD - 4E Add (4) 10/100 Ethernet ports to a compatible Asentria base unit. Card has (4) RJ- 45 type connectors. Up to (2) 4E cards can be installed per unit. Allows independent IP address from unit s other network interfaces Serves IP addresses via DHCP Simplifi es site administration Integrates remote access Provides static routing and port forwarding Layer 2 switch GPS RECEIVER CARD - GPS Allows the user to pinpoint the exact location of any unit that supports it. This is useful in applications where you wish to map the locations of many units. 4 CONTACT, (1) 5 VDC POWER OUTPUT, 1 VOLTAGE INPUT, 1 RESISTIVE SENSOR, & (1) 4-20MA - 4C5P1V1F1M Add 4 non-isolated dry contact closure inputs, (1) 5VDC power output (for use in powering sensors which require a 5V power source and which output a variable voltage in return), 1 non-isolated voltage input, 1 Resistive Sensor, and 1 nonisolated 4-20mA current input to any Asentria base unit with an expansion slot. INPUT/OUTPUT Asentria s Input/Output Sensor cards are the most common type of cards offered and provide the greatest amount of fl exibility for your application. Featuring the ability to operate in a passive or active environment depending on the card, the I/O cards are the most popular. Asentria base units must have an Expansion slot to accept Expansion cards. Refer to the Product Matrix for more information on applicable units. 8 CONTACT CLOSURE (ISOLATED) SENSOR - 8CI Add 8 Isolated contact closure inputs to any Asentria base unit. Works with relay-based units and TTL-based outputs Each ground is electrically isolated for maximum electrical protection 4 VOLTAGE INPUTS & (4) ±15 VDC POWER OUTPUTS - 4VP* Used in conjunction with up to four DC current transducers, this Expansion Card can be used to measure DC current levels fl owing from battery banks or power rectifi ers. Asentria can also provide the solid core or split core DC current transducers from 50A to 500A confi gurations. Power Monitoring EventSensors section for available ESV-TCDC current monitors. Voltage Range: -60/+60V Resolution: 0.1 VDC *The 4VP expansion card cannot be used in conjunction with the internal battery backup option (/BB) on any SiteBoss unit that support the BB Internal Runtime Battery 4 VOLTAGE INPUTS & (4) 5 VDC POWER OUTPUTS - 4VP5 Add 4 Voltage Inputs and 4 5VDC power outputs, for use in powering sensors which require a 5V power source and which output a variable voltage in return. 8 ANALOG VOLTAGE - 8V Add 8 non-isolated analog voltage inputs to any Asentria base unit. Voltage Range: -60/+60V Resolution: 0.1 VDC Accuracy: +/- 0.5 VDC Common ground for all sensors 8 LOW-CURRENT RELAY - 8R Add 8 relay outputs to any Asentria base unit Max switched voltage: 60V Peak (AC or DC) Max switched power: 30W (DC) Max switched current: 0.6A MA SENSOR - 8M Add 8 non-isolated 4-20mA current inputs to any Asentria base unit. Resolution: 0.1mA Accuracy: 0.1mA 8 SOLID STATE RELAY SENSOR - 8SR Add 8 solid state relay outputs to any Asentria base unit with an expansion slot or as a variant to any ES-I/O product. Solid state relays provide a higher current option than those on the 8R or ES-8R cards. Max switched voltage: 60V peak (AC or DC) Max switched power: 90W Max switched current: 1.5A 4 CONTACT & 4 SOLID STATE RELAY SENSOR - 4C4SR Add 4 non-isolated dry contact closure inputs and 4 solid state relay outputs to any Asentria base unit with an expansion slot or as a variant to any ES-I/O product. Solid state relays provide a higher current option than those on the 4C4R card. Max switched VDC: 60 peak (AC or DC) Max switched power: 90W Max switched current: 1.5A 8 CONTACT CLOSURE SENSOR - 8C Add 8 non-isolated contact closure inputs to any Asentria base unit. Works with relay-based units and TTL-based outputs Common ground across all contacts v

27 Expansion Cards 4 CONTACT & 4 VOLTAGE SENSOR - 4C4V Add 4 non-isolated dry contact closure inputs and 4 non-isolated voltage inputs to any Asentria base unit with an expansion slot. Voltage points: -60/+60 VDC Resolution: 0.1 VDC Accuracy: +/- 0.5 VDC 4 CONTACT & 4 ISOLATED VOLTAGE SENSOR - 4VI4C Add 4 non-isolated dry contact closure inputs and 4 individually isolated voltage inputs to any Asentria base unit with an expansion slot. Isolated voltage points: -60/+60 VDC Resolution: 0.1 VDC Accuracy: +/- 0.5 VDC 4 CONTACT & 4 LOW-CURRENT RELAY - 4C4R Add 4 non-isolated dry contact inputs and 4 relay outputs to any Asentria base unit with an expansion slot. Max switched VDC: 60 Max switched power: 30W Max switched current: 0.6A 4 CONTACT, 1 WIEGAND INTERFACE W/POWER & 1 LOW-CURRENT RELAY - 4C1W1R Add 4 non-isolated dry contact inputs, 1 Wiegand interface with power and 1 relay output to any Asentria base unit with an expansion slot. Max switched VDC: 60 Max switched power: 30W Max switched current: 0.6A For use with RFID Reader/Controller ESW-RFID1 4 VOLTAGE & (4) 4-20MA SENSOR - 4V4M Add 4 non-isolated voltage inputs and 4 non-isolated 4-20mA current inputs to any Asentria base unit with an expansion slot. Resolution: 0.1mA Accuracy: 0.1mA 4 CONTACT & (4) 4-20MA SENSOR - 4C4M Add 4 non-isolated dry contact closure inputs and 4 non-isolated 4-20mA current inputs to any Asentria base unit with an expansion slot. Resolution: 0.1mA Accuracy: 0.1mA 4 CONTACT & 4 ISOLATED 4-20MA SENSOR - 4MI4C Add 4 non-isolated dry contact closure inputs and 4 individually isolated 4-20mA current inputs to any Asentria base unit with an expansion slot. Resolution: 0.1mA Accuracy: 0.1mA PART NUMBERS Using the S550 catalog number as an example, the confi guration order is listed below. Note that the order in which Expansion cards are listed refl ects the Expansion Slot in which the card will be installed. Items with a * are truly optional and are omitted if not desired. BASE UNIT + MEMORY SIZE + *MODEM + *TEMP SENSOR + POWER SUPPLY + *BATTERY BACKUP + *EXPANSION CARDS Thus, the following are all valid part numbers: S550-6/32M/MD/T/ACUS-8V-8R-8C S550-6/32M/ACUS-8V-8R-4S S550-6/32M/ACEU-8C-4C4V EXPANSION SLOT 5 EXPANSION SLOT 3 EXPANSION SLOT 2 EXPANSION SLOT 1 EXPANSION SLOT 6 EXPANSION SLOT 4 Slot number arrangement (using the SiteBoss as an example) v

28 Wireless Plans IN/OUT-OF-BAND Asentria s Wireless modem Expansion cards allow the Asentria unit to interface directly with a cellular network system (such as AT&T Wireless). All Asentria wireless Expansion cards come with a detachable antenna. Depending on your application, an additional external antenna may be necessary to improve signal strength. Wireless modems do not include service plans. Asentria base units must have an Expansion slot to accept Expansion cards. Refer to the Product Matrix for more information on applicable units. WIRELESS EDGE (GSM) MODEM CARD - ME Frequencies: 850/900/1800/1900MHZ WIRELESS EVDO (CDMA) MODEM CARD - SPRINT - MCS Frequencies: 850/900/1800/1900MHZ ACTIVATION For an Asentria device with a supported wireless modem the customer will have a choice of either activating service on their own account, or activating and purchasing service from Asentria. The plans below pertain only in the case of purchasing and activating plans through Asentria. Any of the following three types of service can be set-up as part of the activation. TYPE OF SERVICE Public static IP address, no VPN Private static IP address, private VPN via Asentria gateway router Private static IP address, private VPN via dedicated on-site router ACTIVATION FEE $35 per line $35 per line $35 per line WIRELESS EVDO (CDMA) MODEM CARD - VERIZON - MCV Frequencies: 850/900/1800/1900MHZ * Data rates are contingent upon quality of service WIRELESS DATA PLANS Asentria is proud to offer wireless data plans for use with Asentria devices that have an internal wireless modem expansion card. Asentria can offer plans from both AT&T and Verizon. AT&T WIRELESS PLANS Please contact Sales for more information about AT&T plans. Wireless EDGE (GSM) Modem Wireless EVDO (CDMA) Modem - SPRINT Wireless EVDO (CDMA) Modem - VERIZON ME SPRINT WIRELESS PLANS Please contact Sales for more information about Sprint plans. MCS VERIZON WIRELESS PLANS Asentria offers wireless plans through Verizon Wireless on any Asentria device that has a functioning Verizon-compatible wireless modem installed. These devices include SiteBoss 350 base units with an installed EVDO or LTE modem, or any Asentria base unit that supports the wireless EVDO modem (-MCV). MCV A very basic description of the three types and when they are used: Public static IP address, no VPN The Asentria devices will be visible on the public network (Internet). This option would most often be chosen if just basic telemetry was being sent by the unit, and the Asentria unit was not being used as an access point onto some network. Private static IP address, private VPN via dedicated on-site router to the Asentria Device Gateway The Asentria devices are not visible on the public network (Internet). Device connectivity is provided through the Asentria Device Gateway allowing encrypted access to a customer specifi c private device subnet Private static IP address, private VPN via dedicated on-site router direct to Verizon device networks The Asentria devices are not visible on the public network (Internet). Device connectivity is provided through an onsite Device Gateway as a service, device traffi c is routed directly to the on premises router for access by customer networks. DATA PLANS Asentria offers pooled data plans, meaning the total cumulative MB s of all plan M2M lines activated in a given tier by the customer establish the monthly cumulative limit for usage across all M2M lines in that tier for a given billing period. If usage exceeds this pooled amount then overage charges will occur. ACTIVATIONS PLAN* MB $38 $36 $32 250MB $47 $46 $45 1GB $57 $55 $54 5GB $95 $92 $90 POOLING ALLOWED Tier 1 *Requires a signed Asentria Wireless Service Agreement v

29 Asentria EventSensors Expand the Power & Reach of Your SiteBoss Unit OVERVIEW Asentria offers a full line of EventSensors to help you monitor the passive and active equipment at your remote site. EventSensors provide users with additional I/O to Asentria base units, as well as power, operating environment, and security accessory devices ranging from basic environmental sensors all the way to complex products for complete management of critical equipment components. These accessories are compatible with the inputs and outputs found on Asentria s base units. EventSensors interface to Asentria base units in several ways. You can tell which method is required for any given sensor by looking at its catalog number. The catalog number prefi x indicates whether the sensor requires an EventSensor port, a contact closure input, a serial port, etc. INTERFACE METHOD* CATALOG PREFIX Asentria EventSensor port - ES Asentria SensorJack port - ESJ Contact closure input - ESC Analog voltage input - ESV 4-20mA current input - ESM Serial port - ESS Ethernet port - ESE * References the type of connection point, i.e. port, etc. on the Asentria Base Unit EVENTSENSOR OPTION KITS /K5 = sensor wiring kit, 5 feet /K25 = sensor wiring kit, 25 feet /P12 = power supply, AC to 12VDC /P24 = power supply, AC to 24VDC I/O EXPANSION I/O expansion devices enable an Asentria base unit to have an expanded number of I/O points to be added outside of the base unit chassis. This can be useful when a project calls for just slightly more I/O than a base unit can support onboard, or as a means of engineering an Asentria solution to compensate for some unforeseen future requirement. ENVIRONMENT When combined with their respective external accessories, Asentria base units have the capabilities to monitor many different environmental factors within a cabinet or equipment room. Commonly monitored environmental factors include temperature, fi re, air-fl ow, and presence of water. Left unattended, any of these conditions can potentially cause catastrophic failure of equipment at a remote site. AC & DC POWER When combined with the right set of external power accessories, Asentria base units have the capability to monitor the full range of power functions within a cabinet or equipment room. Monitor and control functions include power availability, power quality, power switching, and power usage. Variables might either need to be monitored to indicate a problem, or more and more frequently with the rising cost of energy, may just need to be monitored to determine usage. SECURITY When combined with their respective external accessories, Asentria base units have the capabilities to monitor many different security issues within a cabinet or equipment room. Commonly handled security issues include door and motion sensors for detecting unauthorized entry, sirens/strobes to discourage unauthorized entry, RFID readers for allowing entry of authorized personnel, and even video surveillance. Unauthorized access can be prevented by use of door locks and card readers. Finally, fuel tanks can be monitored for fuel level, usage, and tank lid access. /K50 = sensor wiring kit, 50 feet /485 = RS485 serial adapter kit /P48 = power supply, AC to 48VDC /P15 = power supply, AC to 15VDC Appearance of device received may differ from the device pictured v

30 EventSensor I/O Expansion ES-I/0-Variable Monitoring & I/O Expansion ES-CCU - Environmental Monitoring 8 Dry Contact Closure Sensor ES-8C 8 Contact Closure Sensor - Isolated ES-8CI 8 Analog Voltage Sensor ES-8V 8 Low-Current Relay ES-8R mA Sensor ES-8M 8 Solid State Relay ES-8SR 4 Contact & 4 Solid State Relay ES-4C4SR 4 Contacts & 4 Voltage Sensor - Non-Isolated ES-4C4V 4 Contact & 4 Isolated Voltage Sensor ES-4VI4C 4 Contacts & 4 Low-Current Relay ES-4C4R 4 Contacts & (4) 4-20mA Sensor - Non-Isolated ES-4C4M 4 Contact & 4 Isolated 4-20mA Sensor ES-4MI4C 4 Voltage Inputs & (4) +/-15 VDC Pwr Outputs ES-4VP Add a temperature sensor to any I/O Sensors Add -T IDEAL USE In remote equipment cabinets for adding additional I/O points to a base SiteBoss unit either to more perfectly match the number of I/O points needed, or to give future scalability to add more I/O points should they become needed. EventSensors can also be used to monitor environmental variables at some distance from an Asentria base unit in a remote equipment enclosure. To connect a second EventSensor to the fi rst EventSensor in a daisy chain fashion, you can use our EventSensor cables (See miscellaneous accessories section), or a standard CAT5E Ethernet cable. For fi ve or more linear EventSensor connections, be sure to check power usage requirements. Dimensions: 3.25 x x Inches / 8.26 x x 2.86 Centimeters Operating Temperature: -25 to +85 C I/O terminal block: 16 pin pluggable type Communication port type: RJ45 SensorJack, proprietary RS485, full duplex Power Usage: 30mA at 15 VDC ADDITIONAL PRODUCT DETAILS EventSensor items are catalog line items separate from the base units they will be connected to. Thus they should be listed on a separate line in your specifi cation or purchase order. 32 C.C. inputs with 6 foot cable, AC power ES-CCU32/ACUS* 64 C.C. inputs with 6 foot cable, AC power ES-CCU64/ACUS* 32 C.C. inputs with 6 foot cable, DC power ES-CCU32/DC 64 C.C. inputs with 6 foot cable, DC power ES-CCU64/DC * For International usage you can specify /ACUK, /ACEU, or /ACAU for UK, European, or Australian power supplies respectively. IDEAL USE EventSensor ES-CCU32 and ES-CCU64 are modular, add-on environmental monitoring equipment that employ 32/64 discrete contact closure inputs to monitor a variety of sensors and legacy devices. The CCU reaches deep into your remote or unmanned equipment rooms to monitor devices such as UPS units, air conditioning units, MUXs and PBXs, and other equipment considered critical to your business. When combined with the communications capabilities of a Remote Site Manager, the CCU incorporates non-networked devices into your network management system. Dimensions: 17.5 x 7.8 x 1.75 Inches / x x Centimeters Monitor up to 32 or 64 on-board dry contact closure inputs Detect doors and windows opening at remote sites Monitor legacy equipment and non-networked devices via your network management system Utilize optional -48 VDC power supply to maintain operation in a power outage ADDITIONAL PRODUCT DETAILS For fi ve or more linear EventSensor connections, be sure to check power usage requirements. Contact Sales for more details. ES-CCU contact closures are nonisolated and dry. These EventSensor items are catalog line items separate from the base units they will be connected to. Thus they should be listed on a separate line in your specifi cation or purchase order. ES-CCU back panel close-up ES-I/O Contact Panel ES-CCU64 Back Panel ES-I/O Front Panel ES-CCU32 Back Panel v

31 EventSensor I/O Expansion ESJ-HUB - SensorJack Expansion Hub CCS Input Contact Splitter 8 Port SensorJack Hub ESJ-HUB Add DIN Rail Mount /DIN IDEAL USE This wired 8-port hub device has 7 ESJ (SensorJack) output ports, one of which is a combination ES/ESJ Type 2 port. Each port can support a chain of ESJ devices (or a chain of ES Type 2 devices on the ES/ESJ port). You can use this hub to extend the number and reach of ESJ and/or ES Type 2 sensor peripherals connected to a single Asentria base unit port. Note that each Site Controller unit is limited to a combined total of 16 ESJ and/or ES devices. EventSensor cables sold separately. Device comes with screw mounts. 16 Contact-Closure Splitter CCS-16 AC Desktop Power Supply for US /ACUS** 48VDC Power /DC Add DIN rail mount /DIN Example part number: CCS-16/DC, CCS-16/ACUS/DIN ** For International usage you can specify /ACUK, /ACEU, or /ACAU for UK, European, or Australian power cords respectively. IDEAL USE This is a 16 input, 32 output device. Each of the 16 contact inputs is split into 2 contact outputs. This device allows a second monitoring unit to be incorporated into an existing contact monitoring system without disturbance, thus retaining the capability and function of the existing legacy system. The CCS-16 is compatible with standard contact-closure inputs on any Asentria base unit, Expansion card, or EventSensor peripheral. It requires external power; either -48VDC direct, or 15VDC via AC desktop power supply. ESJ-HUB - Left Side ESJ-HUB - Right Side ES-RFSA - Resistive Fuel Sensor Adaptor IDEAL USE This ES-RFSA allows connection to existing resistive fuel sensor devices and reads resistance from 30 to 240 ohms. The ES-RFSA utilizes a patent pending methodology to measure the reading from a resistive fuel sensor and mirror the same resistance value to the existing generator control unit. The data from the input is reported to the main SiteBoss unit via the Event Sensor bus. Resistive Fuel Sensor Adaptor Add DIN Rail Mount ES-RFSA /DIN The device also includes two voltage detection inputs. This input detects the presence of a voltage from 5-30VDC and closes a transistor based on the voltage exceeding the set Threshold. The transistor can be connected to a Contact Closure on the host unit to detect the voltage. v

32 Environmental Monitoring EventSensors OVERVIEW When combined with their respective external accessories, Asentria base units have the capabilities to monitor many different environmental factors within a cabinet or equipment room. Commonly monitored environmental factors include temperature, fi re, air-fl ow, and presence of water. Left unattended, any of these conditions can potentially cause catastrophic failure of equipment at a remote site. ASENTRIA SENSORJACK SENSORS The Asentria SensorJack sensors are economical, single-purpose environment sensors that connect to the SensorJack RJ45 ports found on the latest Asentria base unit models. Note that older base units do not have a SensorJack port. Multiple sensors (up to 16) can be daisy-chained to a single SensorJack port. Each SensorJack sensor includes an accessory kit to mount the probe-end of the sensor onto various types of surfaces, via adhesive-backing or screw-mount. SENSORJACK TEMPERATURE/HUMIDITY SENSOR The temperature sensor measures temperature ranges inside a cabinet or equipment room, or the temperature of a specifi c component if applied directly to that component. Indoor or outdoor all-weather use. The temperature/humidity sensor measures both temperature and relative humidity level in one compact device. For indoor use only; outdoor model coming soon. EVENTSENSOR TEMPERATURE/HUMIDITY SENSOR The Asentria EventSensor environment-sensing modules connect to an EventSensor RJ45 port on the Asentria base unit. Multiple sensors (up to 16) can be daisy-chained to a single EventSensor port. The EventSensor port can provide power for up to (16) EventSensor modules. Depending on distance, additional AC power supplies (see Miscellaneous Accessories) may need to be plugged into Event Sensors along the chain The temperature sensor measures temperature ranges inside a cabinet or equipment room. The temperature/humidity sensor measures both temperature and relative humidity level in one compact device. For indoor use only. Dimensions: 2.6 x 3.6 x 1.1 inches (6.6 x 9.2 x 2.8 cm) Power usage: 30mA at 15 VDC Operating temperature: -25 to +85 C Temperature accuracy*: ±0.50ºC typical, ±1.0ºC maximum Humidity range: 0-100% non-condensing, 25 C Humidity accuracy = ±1% typical, ±4% maximum * Compensation is required for temperature rise due to internal unit heating and airfl ow. Operating temperature: -25 to 85 C (-13 to 185 F) Temperature accuracy: ±1ºC typical, ±2.5ºC maximum Response time: 2 minutes Humidity range: 0-95%, non-condensing Humidity accuracy: ±1% typical, ±8% maximum Temperature sensor Temperature/humidity sensor ES-T ES-TH Temperature Sensor, 8ft cable ESJ-TA8 Temperature Sensor, 50ft cable ESJ-TA50 Temperature/Humidity Sensor, 8ft cable ESJ-TH8 Temperature/Humidity Sensor, 50ft cable ESJ-TH50 Each SensorJack chain (ESJ-T and ESJ-TH) is limited to a maximum cable length of 100ft. Example: 2 ESJ-TA50 s are the maximum number of ESJ devices for a given SiteBoss or TeleBoss ESJ port. See EVENTSENSOR COUPLER/ADAPTERS and CABLES section for more data on the accessories needed to extend more than one ESJ-TA8, ESJ-TA50, ESJ-TH8, or ESJ-TH50 from a single ES/ESJ port on an Asentria base unit. EventSensor Connection Example v

33 Environmental Monitoring EventSensors EVENTSENSOR COUPLER/ADAPTERS AND CABLES SensorJack and EventSensor sensors can be chained, split, and extended with EventSensor RJ45 connectors and RJ45 cables. Up to 16 sensors can be chained to a single SensorJack or EventSensor port on the Asentria base unit. Use EventSensor RJ45 cables to extend the reach of your SensorJack and EventSensor environment sensors. Maximum total length of each sensor cable chain is 100 feet. If your Asentria base unit has a mini-din style EventSensor port, you must use the ES-CAB8 cable to adapt to the RJ45-style EventSensor port. Note: EventSensor cable is standard CAT5e Ethernet cable. RJ45 Coupler RJ45 Splitter Extra SensorJack Probe-End Install Kit EventSensor RJ45 cable, 1 FT EventSensor RJ45 cable, 6 FT EventSensor RJ45 cable, 14 FT EventSensor RJ45 cable, 25 FT EventSensor RJ45 cable, 50 FT EventSensor RJ45 cable, 100 FT ES Adapter (9-pin Mini-DIN to RJ45) ES-CAB8 If your Environmental EventSensor requires external power, see Miscellaneous Accessories section for Power Supplies and Cords. Power outputs available in 12, 15, 24, and -48VDC. SMOKE/FIRE ALARM This smoke sensor/alarm monitors for the presence of smoke and/or fi re. When detected, it sounds an alarm and closes a form C contact for remote sensing by an Asentria base unit. The sensor requires external power, not supplied. Uses 9VDC alkaline battery for backup power. Indoor use only. WATER SENSOR Use this device to detect water accumulation or leakage. When water or water-based fl uids come into contact with this device, it signals by closing its contact outputs. The Water Sensor works with any Asentria contact-closure input. Water Sensor Note: Older Asentria base units require the use of a Water Sensor Adaptor to provide power for the water sensors. This adaptor provides power and contact connections for up to 4 water Sensor sensors. Water Sensor Adapters Adapter require external 15VDC power; or they can be powered directly from an EventSensor port. You can daisy-chain water sensor adapters together with EventSensor RJ45 cables to create a comprehensive water monitoring solution. Newer base units can power the water sensor directly from the contact-closure inputs, without a water sensor adaptor. Water Sensor* ESC-WS1 Absence of Water Detector ESC-WS2 Water Sensor Adapter Kit - inc. power & cables Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example part number: ESC-WS1/K25 *The ESC-WS1 Water Sensor does not include the adapter. Coverage area: 150m² (1600 sq. ft) Operating temperature: 0 to 40 C Alarm: 3100Hz, 90dBA at 3m Smoke Alarm 120VAC ESC-SM1 Smoke Alarm 240VAC ESC-SM2 Smoke Detector 12-24VDC ESC-SM3 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Add 15VDC power supply /P15 Example part number: ESC/SM1/K25/P15 AIR-FLOW SENSOR The air-fl ow sensor will indicate via a contact closure if the airfl ow of a fan goes above or below a rate of 8.2 ft/s. This is useful for determining the loss of AC to server and equipment rooms, potentially triggering an overheating situation. Air Flow Sensor ESC-AF1 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example part number: ESC-AF1/K50 Appearance of device received may differ from the device pictured v

34 Power Monitoring EventSensors AC/DC POWER MONITORING Asentria s power monitoring devices put the power in your hands. Measure voltage, current, and total power in DC power systems; and in single-, split-, and three-phase AC power systems. Select from a wide variety of power-measurement sensors to fi t your needs. Attach them to your Asentria base unit to detect and correct site power problems early, BEFORE they become major problems. AC/DC POWER MONITORING APPLICATIONS* AC Power Monitor (ESS-APAC) - Monitor up to 3-phases of main power and backup power, measure overall power usage, power quality. AC Current Monitor (ESS-TCAC, ESV-TCAC) -Monitor and measure AC current fl ow on single- or three-phase systems. DC Current Monitor (ESV-TCDC) - Monitor and measure DC current fl ow for entire site or components; calculate power usage AC Voltage Monitor (ESM-TVAC) - Monitor and measure AC voltage levels AC Voltage Detector (ESV-SVAC) - Check presence of AC power AC Current Detector (ESC-SCAC) - Monitor component on/off status via AC current fl ow * Some accessory devices output signals are compatible only with certain Asentria base-unit models. Also, some accessory devices require an external power supply. Contact Sales for more details. 24 V (AC/DC) PWR INPUT 3 PHASE VOLTAGE AC MAINS CIRCUIT BOX AC POWER MONITOR This AC power monitor provides accurate three-phase AC measurements, as well as comprehensive per phase information, including Volts, Amps, Real Power, Reactive Power, Apparent Power, Watt-hours, VAR-hours, VAhours, Power Factor, and Frequency. Works with Asentria base units that have scripting capability. Script to read RS485 protocol needed on base unit. UL/CE listed. Input: V, 50/60Hz, single/split/three-phase, up to 3 ma-output transformers External power required: 24V AC/DC, 2W Output: RS485 Serial (requires adapter and free serial port on a scriptingcapable unit) Accuracy: 0.2% AC Power Monitor, EU 50Hz 200A ESS-APAC1 AC Power Monitor, US 60Hz 200A ESS-APAC3 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Add RS485 serial adapter /485 Add 24VDC power supply /P24 Example Part Number: ESS-APAC1/K25/485/P24 3-PHASE AC CURRENT MONITOR This 3-phase monitor offers inexpensive yet accurate true RMS monitoring of AC current in three independent circuits or one 3 phase circuit. Requires current transformers - sold separately. External Power Supply Required: 24V AC/DC, 2W Input: up to 3 ma-output transformers Output: RS485 serial Accuracy: 0.5% UL/CE listed DC DIST. PANEL RECTIFIER BATTERY BANKS 3 PHASE 220V PWR AC POWER ANALYZER CURRENT TRANSFORMERS 3 Phase AC Current Monitor ESS-TCAC1 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Add RS485 serial adapter /485 Add 24VDC power supply /P24 Example Part Number: ESS-TCAC1/K50/485/P24 AC Monitoring example where the AC power Monitor is connected to the rectifi er and the circuit box and is passing data to the SiteBoss unit. This data can take the form of usage, on/off, etc. CURRENT TRANSFORMERS Current transformers scale high input AC currents into a usable output range for AC monitors. Current transformers differ in their output current, and must be matched to the correct transducer. These ma-output current transformers are optimized for use with the ESS-APAC1, ESS-APAC3 and ESS-TCAC1. There are two styles: solid-core and splitcore. The split-core style opens to clamp over a power wire without disconnecting it from its source. Sensor wiring kit (/K25) sold separately. Solid-Core, 0-50A, 13MM Wire Window Split-Core, 0-100A, 16MM Wire Window Split-Core, 0-200A, 19MM Wire Window Appearance of device received may differ from the device pictured v

35 Power Monitoring EventSensors SINGLE PHASE AC CURRENT MONITOR This self-powered, solid-core AC current monitor works with any Asentria device that supports analog sensing. It provides a signal output of 0-5 VDC analog output proportional to the AC current fl owing through the core. UL/CE listed. Solid-Core, 0-50A, 13.7MM Wire Window ESV-TCAC50 Solid-Core, 0-100A, 13.7MM Wire Window ESV-TCAC100 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example Part Number: ESV-TCAC50/K25 DC CURRENT MONITOR These devices output a voltage proportional to the amount of DC current fl ow. An integral split-core current transformer is included. Requires + and - 15VDC power; or use with a 4VP Expansion Card or an S450 with power outputs which provide transducer power. Select the one that most closely corresponds to your DC current load for the best precision. 12 transducer cable included (P/N ). Requires + and - 15VDC power. Use with a 4VP Expansion Card or an S450 with power outputs for combined power and sensing. Output: 0-4VDC (V) Accuracy: 1% Wire window: 21mm UL/CE Listed 50 Amp Monitor ESV-TCDC Amp Monitor ESV-TCDC Amp Monitor ESV-TCDC Amp Monitor ESV-TCDC Amp Monitor ESV-TCDC500 AC CURRENT DETECTOR This AC current sensor monitors the on/off status of electric loads such as fans, motors, heaters, AC units, and tower lights. Output is a normally-open dry contact closure (C). Self-powered; solid core detects as little as 150mA. Solid-core, 0-100A, 13MM wire window ESC-SCAC1 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example part #: ESC-SCAC1/K50 AC VOLTAGE DETECTOR This 120VAC sensing transformer provides a simple means of verifying AC voltage levels from a standard electrical outlet. Input: 0-120VAC, 10W Output: 0-12VDC AC Voltage Detector ESV-SVAC1 AC Power Outage Detector ESC-SVAC2 AC Current Go/No Go Switch, Split Core ESC-SVAC3 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example part #: ESV-SVAC1/K25 AC VOLTAGE MONITOR This device accurately measures AC voltage levels, and provides a 4-20mA current-loop signal output proportional to the amount of AC voltage present. Voltage transformer is included. Self-powered. Measure AC levels up to 600V at 50/60Hz AC Voltage Monitor ESM-TVAC1 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example Part Number: ESM-TVAC1/K50 DEVELOPING MARKETS AC POWER MONITOR This AC power monitor measures three phase AC, voltage, current, active power, reactive power, apparent power, power factor, & frequency, with no special protection or shortening blocks necessary for install. Requires current transformers - sold separately. Power supply: 120/240VAC, 3W External power supply required: 20-60V AC or 18-90V DC Input: V, 50/60Hz, single/ split/three-phase, up to 3 5A-output transformers Output: RS485 serial Accuracy: 0.5% Not UL/CE listed AC Power Monitor ESS-APAC2 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Add RS485 Serial Adapter /485 Add 24VDC Power Supply /P24 Add 48VDC Power Supply /P48 Example Part Number: ESS-APAC2/K50/P24 SOLID CORE CURRENT TRANSFORMER Specialized for the power sector, this current transformer works specifi cally with the ESS-APAC2 AC Power Analyzer. This transformer is solid core, which means that it will require you to disconnect a wire in order to install it. 0-50A, 660V, 23mm Wire Window SPLIT CORE CURRENT TRANSFORMER Specialized for the power sector, this current transformer works specifi cally with the ESS-APAC2 AC Power Analyzer. This split-core transformer opens to clamp over a power wire without disconnecting it from it s source. Cable is not included in the part number below. We recommend the sensor wiring kit (/K25) listed in our Miscellaneous Accessories list A, 660V, 24mm Wire Window Appearance of device received may differ from the device pictured v

36 Power Monitoring EventSensors DIESEL AND PROPANE FUEL LEVEL SENSORS AND ACCESSORIES Diesel generators are often used to provide primary or backup power at remote communication sites. These sites rely on a diesel generator as a last line of defense against a power outage. In colder climates, it is likely that propane may be substituted for diesel due to the tendency of diesel fuel to solidify in cold weather. Fuel sensors monitor the tank s fuel by directly measuring the fuel in the tank. Asentria works with many different fuel sensors of different types, but prefers to use the following sensors in most cases. In some cases, dial replacements may also be available, offering the quickest path to installing a monitoring system on an existing diesel or propane fuel tank. DIAL REPLACEMENT PLUS SENSOR It may be possible to simply replace the dial that is on your existing diesel fuel tank with a dial replacement that includes a sensor that can be connected directly to an Asentria base unit. These dials work with S450 units with the /P2 option or with the 4VP5 Expansion Card* installed in compatible Asentria base units. The 4VP5 card both supplies the dial/ sensor with power, and also takes the readings from the sensor. This method gives a fuel level reading that is accurate enough for applications indicating the general level of fuel in a tank, but not accurate enough to do detailed fuel use analysis, or to look for fuel theft. Contact Sales for more information regarding whether your tank could use this simple to install method. R3D Rochester Junior Dial Fractional Industrial (Dial plus Sensor) R3D Rochester Senior Dial Fractional Industrial (Dial plus Sensor) Senior Top Mount TwinSite Adjustable Float Gauge ( Ohms) ** ** ** PRESSURE-BASED DIESEL FUEL SENSORS Pressure-based sensors, compared to all the different sensors we support, are the easiest to install and provide moderate accuracy. No special tank mounting is required; simply place the sensor in the bottom of the tank and route its 6ft cable up through any top inlet. CAPACITIVE DIESEL FUEL LEVEL SENSORS Capacitive diesel fuel sensors provide the best combination of accuracy and cost, though the installation of these sensors takes more effort than our other methods. This is the sensor that we recommend for doing fuel usage analysis or to detect theft. This sensor outputs a 4-20mA signal that can be monitored by any Asentria base unit that supports 4-20mA inputs. Fuel Sensor, Capacitive, 200 mm probe,.5% F.S., 4-20mA Fuel Sensor, Capacitive, 600 mm probe, 1% F.S., 4-20mA PROPANE FUEL MONITORING It may be possible to simply replace the dial that is on your existing propane fuel tank with a dial replacement that includes a sensor that can be connected directly to an Asentria base unit. These dials work with S450 units with the /P2 option or with the 4VP5 Expansion Card* installed in compatible Asentria base units. The 4VP5 card both supplies the dial/sensor with power, and also takes the readings from the sensor. This method gives a propane fuel level reading that is accurate enough for applications indicating the general level of fuel in a tank, but not accurate enough to do detailed fuel use analysis, or to look for fuel theft. Contact Sales for more information regarding whether your tank could use this simple to install method. R3D Rochester Junior Dial Percentage 5 to 95% LPG Kit (Dial plus Sensor) ESM- FSC1A-200 ESM- FSC ** * For more information on the 4VP5 Expansion Card, please refer to the Expansion Card section of the Guide ** These products are non-rohs and for sale at present in the US only Submersible in diesel fuel 4-20mA output 0-28 depth Long term stability (1 year): ±0.25% of FS, typical Fuel Level Pressure Sensor, depth, 6 ft cable Fuel Level Pressure Sensor, depth, 6 ft cable Total error band max: (±1.5% typical) Compensated temperature: 0 to 50 C Operating temperature: -20 to 60 C ESM-FSP1 ESM-FSP2 Appearance of device received may differ from the device pictured v

37 Security Monitoring EventSensors DOOR ACCESS STRIKE The door strike replaces a standard mechanical door strike plate with an electrical one that can be remotely locked/unlocked via relay output to control access to a room. Fail-safe operation maintains secure access even during power failure. Rugged stainless steel body; works with any standard metal door. Can be used with any Asentria relay output. A single door access strike may be powered directly by the S450 base unit with the output power option, or multiple devices from the /P12 option below. External power required - please specify country power cord. Power Supply: 12VDC 250mA Door Strike ESR-DST1 Add 12VDC Power Supply /P12 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example Part Number: ESR-DST1/K50 SIREN/SIREN-STROBE ALARM This device produces a loud sound, and depending on the model, a strobe light, when activated by a relay output. Requires external power - please specify country power cord. FEATURE SIREN/STROBE INDOOR SIREN/STROBE OUTDOOR Siren/Strobe, Indoor ESR-SSI1 Siren/Strobe,Outdoor ESR-SS03 Siren, Outdoor ESR-SS02 Add 12VDC Power Supply /P12 Add 24VDC Power Supply /P24 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example Part Number: ESR-SSI1/K25/P12 or ESR-SSO2/K50 SIREN ONLY Mount Wall Wall/ceiling Wall Power Supply 12VDC 300mA 24VDC@15mA 12VDC 320mA Sound single tone, 110dB@1m 32 selectable tones, 114dB@1m single tone, 105dB@1m Strobe Red fl ashing Red fl ashing None Operating Temp. 0 to 40 C -25 to 80 C -20 to 50 C MOTION SENSOR Intelligent Quad-PIR technology gives this motion sensor superior true motion detection and interference rejection to prevent false alarms from sunlight, wind, birds, and operating machinery. Wall mount; waterproof for indoor/outdoor use. Form A contact closure output. External power required - please specify country power cord. Coverage area: 12 x 12 meters, 110 wide angle Operating temperature: -10 to 50 C Motion Sensor, Indoor ESC-MSI1 Motion Sensor, Outdoor ESC-MSO1 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Add 12VDC Pwr Supply /P12 Example part #: ESC-MSO1/K25/P12 DOOR SENSOR KIT The door sensor indicates the opening or closing of any door, window, access lid, or cover upon which it is installed. Features a two-part magnetically activated switch with contactclosure output. Affi x one part to the door and the other part to the component base using adhesive or screw mounts. Can be used with any Asentria contact-closure input. Outdoor model is hardened and rustproofed for outdoor use. Detection distance: <15mm closed, >25mm open (Indoor) / <35mm closed, >90mm open (Outdoor) Overhead Indoor Sensor Kit (.75 / 1 ) ESC-DSI1 Outdoor Sensor Kit (2 / 2.75 ) ESC-DSO1 Metal Door (2 / 2.5 ) ESC-DSO2 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example Part Number: ESC-DSI1/K25 IP CAMERA These remote surveillance cameras are stand-alone devices that connect directly to your Ethernet switch for live IP-based video access. They can capture still images and/or a video stream upon detecting motion. Video compression and resolution can be adjusted to fi t the available IP bandwidth. Secure, encrypted video uploads to server. AC power adapter included. Lens: varifocal, 2.8mm/F2.0 aperture, 67 view Video: 800 x 600 to 320 x 240, 30 fps, Motion JPEG or H.264 Audio: None Security: HTTPS encryption, password protection, motion, and tampering detection Mount: Adjustable stand provides fl exible installation Power supply: DC, PoE (Power over Ethernet) from switch IP Camera - Fixed Lens ESE-CAM2 RFID CARD READER Use this card reader in combination with the electronic door strike to grant/deny access to your equipment room. Reads HID cards. Green/red LEDs and piezo buzzer indicate whether or not access is granted. Recognizes card formats up to 85 bits, with over 137 billion unique codes. Waterproof for indoor/outdoor use. Works with Asentria base units that have scripting capability. Power: Use Wiegand expansion card Operating temperature: -30 to 65 C Relative humidity range: 0 to 95% RFID Reader/Controller ESW-RFID1 Add 5 wiring kit /K5 Add 25 wiring kit /K25 Add 50 wiring kit /K50 Example Part Number: ESW-RFID1/K50 HID 1326 ProxCard II Clamshell Card (1 Card) HID 1326 ProxCard II Clamshell Card (25 pack) HID 1326 ProxCard II Clamshell Card (50 pack) Appearance of device received may differ from the device pictured v

38 Miscellaneous Accessories EVENTSENSORS To connect a second EventSensor to the fi rst EventSensor in a daisy chain fashion, you can use our EventSensor cables (see below), or a standard CAT5E Ethernet cable. For fi ve or more linear EventSensor connections, be sure to check power usage requirements. Many EventSensors can be bundled with one or more kit options selected from the list below. See each EventSensor listing for available kit options. To add a kit, add one or more of the suffi xes listed in the table below to any accessory device catalog item. Example catalog number: ESS-APAC1/K25/485/P24 stands for AC Power analyzer + 25 sensor wiring kit + RS485 serial adapter kit + 24VDC power supply. EVENTSENSOR MISCELLANEOUS 5 sensor wiring kit /K5 25 sensor wiring kit /K25 50 sensor wiring kit /K50 RS485 serial adapter kit /485 ADAPTERS Serial adapter RJ45-DB9F, DCE - null Serial adapter RJ45-DB9M, DCE - null Serial adapter RJ45-DB9F, DTE - straight Serial adapter RJ45-DB9M, DTE - straight Modem cable coupler RJ EventSensor coupler RJ EventSensor splitter RJ * EventSensor splitter RJ45 1M/2F** * EventSensor adapter - 9-pin Mini-DIN to RJ45 ES-CAB8 Serial-to-ESJ adapter, DB9F-RJ Adapter Null Modem - for connecting DB9M- DB9F Adapter USB-to-RS * ES devices (ES-T/TH, etc.) must be HWREV A.2 or newer to be used in parallel with ESJ devices. ** This is a non-rohs part, not for EU shipments. CABLES Modem cable RJ11, Serial cable DB9F-DB25M, Serial cable RJ45 M-M, Serial cable RJ45 M-M, Serial cable RJ45 M-M, EventSensor cable RJ45, EventSensor cable RJ45, EventSensor cable RJ45, EventSensor cable RJ45, EventSensor cable RJ45, EventSensor cable RJ45, Power cable kit with Molex, White/Black twisted, AWG Power cable kit, White/Black twisted, AWG Power cable kit, Red/Black twisted, AWG Power Input Cabling Kit for up to 130A (S571, S572, PB2, PB4, PB6) I/O cabling kit, 5 serial ports, for S571/S Power Installation Kit, for S571/PB2 Evaluation ASENTRIA BASE UNIT PWR SUPPLIES AC power supply & US cord, 15VDC 2.0A /ACUS AC power supply & UK cord, 15VDC 2.0A /ACUK AC power supply & EU cord, 15VDC 2.0A /ACEU AC power supply & AU cord, 15VDC 2.0A /ACAU AC power supply & JP cord, 15VDC 2.0A /ACJP AC power supply, extended temperature range, 15VDC 2A DC Isolated power supply, -48VDC to 15VDC DC power Supply, 12/24VDC to 15VDC VDC Isolated Power Supply Kit, 36VDC to 72VDC In, 15W, 2 power wire VDC Isolated Power Supply Kit, 36VDC to 72VDC In, 15W, 2 power wire 12VDC Isolated Power Supply Kit, 36VDC to 72VDC In, 15W, barrel jack power cable 24VDC Isolated Power Supply Kit, 36VDC to 72VDC In, 15W, barrel jack power cable 24VDC Isolated Power Supply Kit, 18VDC to 36VDC In, 15W barrel jack power cable 24VDC Isolated Power Supply Kit, 18-36VDC In, 15W 2 power wire ACCESSORY DEVICE POWER AC power supply, 12VDC 2.5A (supply only, cord sold separately) /P12 AC power supply, 24VDC 1.2A (supply only, cord sold separately) /P24 AC power supply, 48VDC 0.6A (supply only, cord sold separately) /P48 AC power supply, 15VDC 2A (supply only, cord sold separately) /P15 Power cord, AC-US Power cord, AC-UK Power cord, AC-EU Power cord, AC-AU Power cord, AC-JP An AC-US cord is provided with each power supply. Specify UK, EU, AU, or JP for other national cord types. All AC power supplies are universally compatible with 120/240VAC 50/60Hz power input. A single supply can power several EventSensors. OTHER Antenna, US dual-band 850/1900MHz Antenna, EU dual-band 925/1800MHz User Documentation Kit (Specify Product) Installation kit, 1U rack mounts - for 11 wide units Installation kit, 1U rack mounts - for 17 wide units Installation kit, 1U rack mounts - for 17.5 wide units S571/PB A Fuse - For S571 & PB A Fuse - For S571 & PB A Fuse - For S571 & PB A Fuse - For S571 & PB Expansion card terminal plug, 16-pin DIN rail mounting adapter /DIN DIN Rail Kit, 6 with mounting bolts DIN Rail Kit, 10 with mounting bolts v

39 Support, Warranty & Training Information SUPPORT WHEN YOU NEED IT Asentria Technical Services provides a full-range of consulting services, including planning, design, deployments, upgrades, migrations, and custom development support. Asentria Support Services is dedicated to helping you achieve the most from your Asentria products while improving your ROI, reducing your administration obstacles, and ensuring the reliability of your remote equipment sites. DEPLOYMENT SUPPORT Asentria Technical Services provides a phone contact for you during a network rollout of Asentria products. Your Asentria contact is trained on the issues that commonly arise during a deployment, so they can quickly cut through any confusion and greatly speed deployment. They can also streamline support requests for product defects discovered during installation. You ll fi nd this a valuable addition that can allow even non-technical staff to roll out Asentria products around the world. PROVISIONING, PLANNING, ARCHITECTURE, AND PROJECT MANAGEMENT Implementing a new technology is often a risky undertaking. You can reduce risk by involving an Asentria professional experienced in the deployment of Asentria products in a variety of complex networks. We can help with provisioning, project management, and other tasks related to deployment. Implementing it right the fi rst time will save you time, money, and headache. CUSTOM SOLUTIONS Asentria products have a fl exible, hardware/software architecture, which allows our engineering team to deliver new technologies for monitoring additional equipment and environmental elements as they become available. If you have a proprietary requirement that we currently do not support, our Professional Services team can engineer it for you. A variety of engagements are available, and we will work closely with you to assess your requirements and determine the scope and time of a custom solution. EXTENDED WARRANTY All Asentria-manufactured products come with a one year warranty on parts and labor. The warranty is explained in full in the back of the product manual of the individual products. This warranty also includes all integral accessories of the product such as cables, power supplies, and Expansion cards, but does not include optional external accessories, which require separate purchase (except for international power supplies intended for use with Asentriamanufactured products). These separately purchased items may or may not have Asentria warranty coverage and if they do then this will be included in the user documentation for those products. Items not manufactured by Asentria such as 3rd Party Sensors are not covered by the Asentria warranty and thus are not eligible for this extended warranty coverage. The only warranty coverage for 3rd party accessories are the manufacturer s warranty for those accessories. For products that Asentria does warrant, the basic one-year warranty can be extended by purchasing up to four additional years of additional warranty coverage for a maximum total of fi ve years of warranty from the original date of purchase (including the original one year warranty). A unit under extended warranty shall be treated the same as it would have been during the original fi rst year of warranty. An extended warranty is purchased either when the unit is originally purchased, or some time during the initial warranty period. The list price (retail) cost per year to purchase extended warranty coverage varies depending upon the product, as follows: SiteBoss Products - Extended Warranty ES-CCU Products - Extended Warranty EventSensor Products - Extended Warranty PowerBoss Products - Extended Warranty TeleBoss - JITC Maintenance Agreement TeleBoss Products - Extended Warranty WAR-01 WAR-03 WAR-04 WAR-05 WAR-06 WAR-07 TECHNICAL SUPPORT / TRAINING When a customer purchases Asentria products, they can also expect to receive the highest and best levels of support available. Technical support is included in the purchase price of our products. This covers basic questions you might have as you do an install. If you wish to have more proactive training in the use of the units, a number of options are available. REMOTE TRAINING This is the most common method used. Remote training is more extensive than technical support. While technical support will answer questions to help you move through your install, this remote training is dedicated time from an Asentria technician to help you work on better understanding our products. Asentria technicians have extensive experience in working in real-world environments, and will make every attempt to apply their understanding of your usage of our products to your training. This training may not follow a formal training outline, but simply be assistance with your application. This training typically will employ the use of a remote terminal program such as GoToAssist. Remote Training - 3 Hours min. TR-GEN-01 PROFESSIONAL SERVICES Often a customer may benefi t from direct support from a Asentria Technical Services in the set-up of their particular application. Professional Services will most often involve remote support from an Asentria Technical Services representative. Various of levels of support are possible, however, including direct on-site support, and projects are quoted on an individual basis. Professional Services - Quoted per Project ENGINEERING In many cases, a customer s application may require some additional abilities not inherent in Asentria s base products. Asentria has a long history of being able to make adjustments to our products to more perfectly suit a customer s needs. If you wish to have more direct Asentria Engineering involvement in your project, a couple of options are available. On-Site Engineering - N. America - 1 Day min. On-Site Engineering - Overseas - 3 Day min. Custom Scripting Non-Recurring Engineering PSRV-01 ENG-SITE-01 ENG-SITE-02 CUSTOM SCRIPTING Many Asentria units support the use of a scripting language to better customize the functionality of the box. It is sometimes desirable to have Asentria personnel assist in the writing of the scripts. It is our recommendation that, if quite a number of scripts are needed, that this service be used to simultaneously train the customer on how to write their own scripts. ENG-SCR-01 CUSTOM ENGINEERING Asentria has a long history of doing customized engineering projects. These can range from designing a small accessory or software feature, all the way to a complete custom product, bearing the customer s name (OEM). These projects are so varied that they are quoted on a per project basis, and they are referred to as NRE, or Non-Refundable Engineering charges. ENG-NRE-01 CUSTOM HARDWARE LABELING Extend your brand by white-labeling Asentria hardware. Our in-house team can create a custom label from provided artwork or develop a design to fi t your needs. Custom Labeling CUSTLABFEE1 ON-SITE ENGINEERING Depending on availability, Asentria Technical Staff can be involved on-site with your project. This service is subject to minimum and maximum time limits. Typically this service is quoted per day, with travel expenses billed at actual cost. v

40 Terms of Sale and Delivery 1. All Sales are Final. 2. Purchase Orders: Product is provided pursuant to customer purchase order accepted by Asentria. Purchase orders accepted by Asentria shall be considered binding on both customer and Asentria for the quantity and type of product and within the date or time period specifi ed on the purchase order excepting mutually agreed adjustments. 3. Credit Sales: All credit sales are subject to Credit Approval. 4. Invoicing and Payment Terms: Invoicing will occur upon shipment of the products. The standard payment term is Net 30. Sales (particularly but not limited to International sales) may be subject to Prepaid Terms or a Letter of Credit. Credit card payments are subject to restrictions. All payments are to be made in US Dollars. Asentria may accept payment in any amount without prejudice to its right to recover the balance of the amount due or to pursue any other right or remedy. No endorsement or statement on any check or payment or in any letter accompanying a check or payment or elsewhere will be construed as an accord of satisfaction. If Buyer fails to make any payment when due, further shipments may be withheld until the past-due payment is made, and may require that subsequent orders be paid prior to or upon delivery of shipment. In addition, overdue payments may be charged interest at the lesser of 1.5% per month or the maximum interest allowed by law. If it is necessary to retain a collection agency or attorney to collect overdue payment, all reasonable collection costs, including attorney fees, will be payable by Buyer. 5. Payment Fees: Buyer will bear all transaction fees, e.g. bank charges that have been deducted from buyer s payment, etc. and will reimburse Seller for charges paid by Seller. 6. Delivery Time: When placing orders for products, customers should generally provide lead-times of three to fi ve (3-5) business days for Asentria manufactured products in quantities of 4 or less. Quantities of 5 or more will require lead times quoted on a case by case basis and may need longer lead times. Products Manufactured by other vendors listed in our Product Guide as Accessories to our Asentria manufactured products will require lead time quotes separately and on a case by case basis. Our goal is to provide the fastest possible shipment of orders for our products. We very often ship your order the same or next day but this performance cannot always be guaranteed. Please consult your Account Executive or Customer Service when considering orders of a quantity 5 or more Asentria units and/or which contain Accessories or to determine the necessary lead-time. 7. Shipping Methods: Our standard US Domestic shipping method is UPS Blue (2-day Air). Our standard International shipping method is UPS World Wide Expedited (usually 2-5 business days air). We will provide quotes for other methods of shipment upon request but if none are requested we shall use our standard described above. 8. Shipping Terms: Asentria will ship all Products FOB Asentria manufacturing facility and will not insure the shipment unless specifi cally requested by Buyer. Buyer is responsible for all shipping and handling charges including, but not limited to, premiums for freight insurance, inspection fees, assessments, import duties, V.A.T. and similar taxes and all other costs incurred in transporting the Products to the destination. Such costs will be prepaid by Asentria and added to Buyer s invoice except for import duties and taxes which will be paid directly by the Buyer. Title to and all risk of loss of or damage to all Products purchased from Asentria will pass to Buyer upon delivery to the carrier. Buyer will be responsible for any claims against the carrier arising from or relating to shipment. Asentria will retain a security interest in all Products until it has received payment in full. 9. Shipping/Handling Costs: In all cases, the shipping and handling costs are the responsibility of the Buyer who shall pay or reimburse Asentria for all amounts payable to government agencies on account of the sale or use of the product including but not limited to all delivery, port, excise and other taxes and duties related to shipments to themselves or their customers. In lieu of such payment, Buyer may, at the time the order is submitted, provide ASENTRIA with an exemption certifi cate satisfactory to the authority imposing the tax, fee or charge. 10. Handling Costs: In addition to shipping costs, all domestic shipments are subject to a handling charge of $3.00 per unit (up to $100) to cover bulk packaging materials and labor. International Shipments are subject to a handling charge of $5.00 per unit (up to $150) as these shipments require additional paperwork and can be very complicated including being occasionally subject to problems in customs requiring signifi cant additional labor to get the products delivered. 11. Warranty: Asentria products come with a One Year Parts and Labor Warranty as specifi ed in the product manuals. Extended Warranty coverage is available; please request details from your Account Executive or Customer Service. To receive warranty service you must fi rst contact Asentria Technical Support at and receive an RMA (Return Materials Authorization) number. The customer is responsible for all costs (freight, duties, taxes, etc.) associated with delivery of product to Asentria for warranty service. Only shipping costs will be prepaid for return of warranted products (and, in limited cases, for advance replacements of warranted products) to sites in the US and Canada; the customer will be responsible for all other associated costs (duties, taxes, etc.) Asentria does not warrant the products we purchase from other vendors or suppliers. (Usually listed as Accessories in our Product Guide) We will assist customers obtain warranty service or replacements on devices from other suppliers that we have resold to them. However, if it is just not possible to obtain warranty service (original manufacture went out of business, for example) Asentria will fi nd and make a suitable replacement or repair for a period of one year from the original date of purchase from Asentria. 12. Repair: To obtain service for product no longer under warranty, please contact Asentria Technical Support at Estimates for the cost of repairs (or replacement if non-repairable) will be provided on request. Customers are responsible for all costs (freight, duty, taxes, etc.) associated with shipping of the product to and from Asentria in addition to standard repair rates. 13. Return Packaging: Product sent for service should be returned in original custom packaging to avoid additional charges for this service. Serviced product will be returned in Asentria, Inc. custom packaging to guarantee safety. 14. These terms may change without notice. v

41 [ 1200 N. 96th St., Seattle, WA ] [ Tel: ] [ Fax: ] [email protected] Asentria.com v