easygen-1000 Genset Control

Transcription

1 720 easygen-1000 Genset Control Installation Software Version 1.0xxx Manual 720

2 WARIG Read this entire manual and all other publications pertaining to the work to be performed before installing, operating, or servicing this equipment. Practice all plant and safety instructions and precautions. Failure to follow instructions can cause personal injury and/or property damage. The engine, turbine, or other type of prime mover should be equipped with an overspeed (overtemperature, or overpressure, where applicable) shutdown device(s), that operates totally independently of the prime mover control device(s) to protect against runaway or damage to the engine, turbine, or other type of prime mover with possible personal injury or loss of life should the mechanical-hydraulic governor(s) or electric control(s), the actuator(s), fuel control(s), the driving mechanism(s), the linkage(s), or the controlled device(s) fail. Any unauthorized modifications to or use of this equipment outside its specified mechanical, electrical, or other operating limits may cause personal injury and/or property damage, including damage to the equipment. Any such unauthorized modifications: (i) constitute "misuse" and/or "negligence" within the meaning of the product warranty thereby excluding warranty coverage for any resulting damage, and (ii) invalidate product certifications or listings. CAUTIO To prevent damage to a control system that uses an alternator or battery-charging device, make sure the charging device is turned off before disconnecting the battery from the system. Electronic controls contain static-sensitive parts. Observe the following precautions to prevent damage to these parts. Discharge body static before handling the control (with power to the control turned off, contact a grounded surface and maintain contact while handling the control). Avoid all plastic, vinyl, and Styrofoam (except antistatic versions) around printed circuit boards. Do not touch the components or conductors on a printed circuit board with your hands or with conductive devices. OUT-OF-DATE PUBLICATIO This publication may have been revised or updated since this copy was produced. To verify that you have the latest revision, be sure to check the Woodward website: The revision level is shown at the bottom of the front cover after the publication number. The latest version of most publications is available at: If your publication is not there, please contact your customer service representative to get the latest copy. Important definitions WARIG Indicates a potentially hazardous situation that, if not avoided, could result in death or serious injury. CAUTIO Indicates a potentially hazardous situation that, if not avoided, could result in damage to equipment. OTE Provides other helpful information that does not fall under the warning or caution categories. Woodward reserves the right to update any portion of this publication at any time. Information provided by Woodward is believed to be correct and reliable. However, Woodward assumes no responsibility unless otherwise expressly undertaken. All Rights Reserved. Page 2/47

3 Content CHAPTER 1. GEERAL IFORMATIO...6 CHAPTER 2. ELECTROSTATIC DISCHARGE AWAREESS...7 CHAPTER. HOUSIG...8 Panel cut-out...8 Dimensions...9 Side view...10 Installation...11 CHAPTER 4. WIRIG DIAGRAMS - OVERVIEW...12 Total overview...1 Application mode {0}...16 Application mode {1o}...17 Application mode {1oc}...18 Application mode {2oc}...19 CHAPTER 5. COECTIOS...20 Power supply...20 Voltage measuring (FlexRange)...21 Voltage measuring: Generator...21 Mains...25 Current measuring...29 Generator...29 Mains current ({2oc} only)...1 Power measuring...2 Pickup... Discrete inputs...4 Positive logic (usable alternatively to negative logic - see next chapter)...4 egative logic (usable alternatively to positive logic - see previous chapter)...5 Relay outputs (control outputs and LogicsManager)...6 Analog inputs (FlexIn)...8 Interfaces...9 Overview...9 CA bus (FlexCA)...40 DPC - Direct Configuration Cable...40 CHAPTER 6. TECHICAL DATA...41 CHAPTER 7. ACCURACY...44 CHAPTER 8. DECLARATIO OF COFORMITY...45 Page /47

4 Illustrations and Tables Illustrations Figure -1: Housing - panel-board cut-out... 8 Figure -2: Housing - dimensions... 9 Figure -: Side view - without clamps Figure -4: Side view - with clamps Figure 4-1: Wiring diagram - total overview... 1 Figure 4-2: Wiring diagram - application mode {0} - base mode Figure 4-: Wiring diagram - application mode {1o} - 1 CB mode Figure 4-4: Wiring diagram - application mode {1oc} - 1 CB mode Figure 4-5: Wiring diagram - application mode {2oc} - 2 CB mode Figure 5-1: Power supply Figure 5-2: Power supply - crank waveform at maximum load Figure 5-: Voltage measuring (FlexRange) - generator Figure 5-4: Voltage measuring (FlexRange) -generator, ph 4w Figure 5-5: Voltage measuring (FlexRange) - generator, ph w... 2 Figure 5-6: Voltage measuring (FlexRange) - generator, 1ph w Figure 5-7: Voltage measuring (FlexRange) - generator, 1ph 2w Figure 5-8: Voltage measuring (FlexRange) - mains Figure 5-9: Voltage measuring (FlexRange) - mains, ph 4w Figure 5-10: Voltage measuring (FlexRange) - mains, ph w Figure 5-11: Voltage measuring (FlexRange) - mains, 1ph w Figure 5-12: Voltage measuring (FlexRange) - mains, 1ph 2w Figure 5-1: Current measuring - generator Figure 5-14: Current measuring - generator, L2 L... 0 Figure 5-15: Current measuring - Generator, Phase Lx... 0 Figure 5-16: Current measuring - mains current... 1 Figure 5-17: Current measuring - generator, Phase Lx... 1 Figure 5-18: Power measuring - direction of power... 2 Figure 5-19: Pickup - principle overview... Figure 5-20: Pickup input... Figure 5-21: Minimal necessary input voltage depending on frequency... Figure 5-22: Discrete inputs - alarm/control inputs [type #1] - positive logic... 4 Figure 5-2: Discrete inputs - alarm/control inputs [type #2] - positive logic... 4 Figure 5-24: Discrete inputs - alarm/control inputs [type #1] - negative logic... 5 Figure 5-25: Discrete input - alarm/control inputs [type #2] - negative logic... 5 Figure 5-26: Relay outputs... 6 Figure 5-27: Analog inputs (FlexIn)... 8 Figure 5-28: Interfaces - overview... 9 Figure 5-29: Interfaces - CA bus (FlexCA) Figure 5-0: Interfaces - CA bus - wiring of shielding Page 4/47

5 Tables Table 1-1: Manual - overview...6 Table -1: Housing - panel cut-out...8 Table 4-1: Terminal overview, part Table 4-2: Terminal overview, part Table 5-1: Power supply - terminal assignment...20 Table 5-2: Voltage measuring (FlexRange) - terminal assignment - generator voltage...21 Table 5-: Voltage measuring (FlexRange) - terminal assignment - generator, ph 4w...22 Table 5-4: Voltage measuring (FlexRange) - terminal assignment - generator, ph w...2 Table 5-5: Voltage measuring (FlexRange) - terminal assignment - generator, 1ph w...24 Table 5-6: Voltage measuring (FlexRange) - terminal assignment - generator, 1ph 2w...24 Table 5-7: Voltage measuring (FlexRange) - terminal assignment - mains voltage...25 Table 5-8: Voltage measuring (FlexRange) - terminal assignment - mains, ph 4w...26 Table 5-9: Voltage measuring (FlexRange) - terminal assignment - mains, ph w...27 Table 5-10: Voltage measuring (FlexRange) - terminal assignment - mains, 1ph w...28 Table 5-11: Voltage measuring (FlexRange) - terminal assignment - mains, 1ph 2w...28 Table 5-12: Current measuring - terminal assignment - generator current...29 Table 5-1: Current measuring - terminal assignment - generator, L2 L...0 Table 5-14: Current measuring - terminal assignment - generator, Phase Lx...0 Table 5-15: Current measuring - terminal assignment - mains current...1 Table 5-16: current measuring - terminal assignment - generator, Phase Lx...1 Table 5-17: Pickup - terminal assignment... Table 5-18: Discrete input - terminal assignment - alarm/control input - positive logic...4 Table 5-19: Discrete input - terminal assignment - alarm/control inputs - negative logic...5 Table 5-20: Relay outputs - terminal assignment, part Table 5-21: Relay outputs - terminal assignment, part Table 5-22: Analog inputs (FlexIn) - terminal assignment...8 Table 5-2: Interfaces - connection overview...9 Page 5/47

6 Chapter 1. General Information Type English German easygen-1000 Series easygen Installation this manual 720 GR720 easygen Configuration 7204 GR7204 easygen Operation 7181 GR7181 easygen Application 7205 GR7205 easygen Interfaces 7262 GR7262 Additional Manuals IKD 1 - Manual 715 GR715 Discrete expansion board with 8 discrete inputs and 8 relay outputs that can be coupled via the CA bus to the control unit. Evaluation of the discrete inputs as well as control of the relay outputs is done via the control unit. IK 1 - Manual 716 GR716 20channel icri temperature scanner that monitors the temperature values for exceeding or falling below a threshold value, measured through senders on the IK 1. A configured relay on the board of the IK 1 will trip. The IK 1 can be coupled with the control unit using the CA bus to display measuring values as well as alarms. LeoPC - Manual 7146 GR7146 PC program for visualization, for configuration, for remote control, for data logging, for language upload, for alarm and user management and for management of the event recorder. This manual describes the use of the program. LeoPC - Manual 7164 GR7164 PC program for visualization, for configuration, for remote control, for data logging, for language upload, for alarm and user management and for management of the event recorder. This manual describes the programming of the program. GW 4 - Manual 71 GR71 Gateway for transferring the CA bus to any other interface or bus. ST - Manual 7112 GR7112 Control to govern the air fuel ratio of a gas engine. The ratio will be directly measured though a Lambda probe and controlled to a configured value. Table 1-1: Manual - overview Intended Use The unit must only be operated as described in this manual. The prerequisite for a proper and safe operation of the product is correct transportation, storage, and installation as well as careful operation and maintenance. OTE This manual has been developed for a unit fitted with all available options. Inputs/outputs, functions, configuration screens and other details described, which do not exist on your unit may be ignored. The present manual has been prepared to enable the installation and commissioning of the unit. On account of the large variety of parameter settings, it is not possible to cover every possible combination. The manual is therefore only a guide. In case of incorrect entries or a total loss of functions, the default settings can be taken from the enclosed list of parameters. Page 6/47

7 Chapter 2. Electrostatic Discharge Awareness All electronic equipment is static-sensitive, some components more than others. To protect these components from static damage, you must take special precautions to minimize or eliminate electrostatic discharges. Follow these precautions when working with or near the control. 1. Before doing maintenance on the electronic control, discharge the static electricity on your body to ground by touching and holding a grounded metal object (pipes, cabinets, equipment, etc.). 2. Avoid the build-up of static electricity on your body by not wearing clothing made of synthetic materials. Wear cotton or cotton-blend materials as much as possible because these do not store static electric charges as much as synthetics.. Keep plastic, vinyl, and Styrofoam materials (such as plastic or Styrofoam cups, cup holders, cigarette packages, cellophane wrappers, vinyl books or folders, plastic bottles, and plastic ash trays) away from the control, the modules, and the work area as much as possible. 4. Opening the control cover may void the unit warranty. Do not remove the printed circuit board (PCB) from the control cabinet unless absolutely necessary. If you must remove the PCB from the control cabinet, follow these precautions: Do not touch any part of the PCB except the edges. Do not touch the electrical conductors, the connectors, or the components with conductive devices or with your hands. When replacing a PCB, keep the new PCB in the plastic antistatic protective bag it comes in until you are ready to install it. Immediately after removing the old PCB from the control cabinet, place it in the antistatic protective bag. CAUTIO To prevent damage to electronic components caused by improper handling, read and observe the precautions in Woodward manual 82715, Guide for Handling and Protection of Electronic Controls, Printed Circuit Boards, and Modules. Page 7/47

8 Chapter. Housing Panel cut-out B b b' h' h H Figure -1: Housing - panel-board cut-out Measure Description Tolerance H Height Total 144 mm --- h Panel cut-out 18 mm mm h' Housing dimension 16 mm B Width Total 192 mm --- b Panel cut-out 186 mm mm b' Housing dimension 185 mm Depth Total Table -1: Housing - panel cut-out Page 8/47

9 Dimensions 192 mm 185 mm 62 mm 54 mm OTE Connected inductances (e. g. Coils of operating current or undervoltage tripping devices, auxiliary contactors and power contactors) must be wired with an appropriate interference protection. WARIG Before disconnecting the secondary terminals of the current transformer or the connections of the transformer at the unit, make sure that the transformer is short-circuited. PC Configuration Plug Dimensions Cutout [WxH]:186 x 18 mm Total [WxHxD]: 192 x 144 x 62 mm easygen-1000 Dimensions eyg1000ww-60-ab.skf Back View View from right 144 mm 16 mm Figure -2: Housing - dimensions Page 9/47

10 Side view Cabinet Front frame Housing Mounting cones Cabinet Front frame Housing Mounting cones Mounting clamp Figure -: Side view - without clamps Figure -4: Side view - with clamps Page 10/47

11 Installation For installation into a panel door please proceed as follows: 1. Panel cut-out Cut out the panel according to the dimensions in Figure -2. B b h H 2. Remove terminals Loose the side screw and remove the wiring terminals from the unit. Remove the terminals. Insert unit into cut-out Insert the unit into the panel cut-out. Verify that the unit fits correctly in the cut-out. If the panel cut-out is not big enough, enlarge it accordingly. Move housing into panel 4. Attach mounting clamps Rotate clamps according to the picture on the right until they snap into the mounting cones. a) Attach clamp here b) Rotate clamp until front nut of the clamp locks into front cone 5. Screw clamps Tighten the screw clamps until the housing is pressed and fixed against the panel. Be careful not to over tighten the clamps which can unsnap the frame from the housing. If this happens remove the unit from the panel and reattach the frame by pressing firmly against the housing. 6. Reattach terminals Reattach the green wiring terminals, using the side screw to secure. Screw down until the housing fits into the panel Attach the terminals ote: Using the gasket kit (P/ ) increases the IP protection from IP42 to IP54 from front. Mounting of the gasket is described in the manual supplied with the gasket kit. Page 11/47

12 Chapter 4. Wiring Diagrams - Overview OTE Please see manual 7181 "Operations Manual" for selection of the application mode. Depending on this setting different terminals will be used. Application mode {0} - [BM] - Base Mode - page 16 - Measuring of engine/generator parameters (e. g. voltages, currents, coolant temp., oil pressure, etc.) - Engine start/stop Application mode {1o} - [GCB open] - 1-CB-Mode - page 17 - Measuring of engine/generator parameters (e. g. voltages, currents, coolant temp., oil pressure, etc.) - Engine start/stop - Engine/generator protection (relay output to open GCB) Application mode {1oc} - [GCB open/close] - 1-CB-Mode - page 18 - Measuring of engine/generator parameters (e. g. voltages, currents, coolant temp., oil pressure, etc.) - Engine start/stop - Engine/generator protection (relay output to open GCB) - GCB operation (relay output to close GCB) Application mode {2oc} - [GCB/MCB open/close] - 2-CB-Mode - page 19 - Measuring of engine/generator parameters (e. g. voltages, currents, coolant temp., oil pressure, etc.) - Engine start/stop - Engine/generator protection (relay output to open GCB) - GCB operation (relay output to close GCB) - MCB operation (relay output to open and close the MCB) - Mains failure detection (AMF auto mains failure operation) and automatic engine start/stop Page 12/47

13 Total overview Drive G MCB GCB Sender Sender CA-H CA-L switching/inductive../1 A or../5 A../1 A or../5 A../1 A or../5 A GD../1 A or../5 A GD FlexCA FlexIn FlexRange FlexApp FlexApp FlexRange Subject to technical mocifications. CA bus Pickup Analog input 1 [T1] VDO & resistive & 0/4..20 ma Common Analog input 2 [T2] VDO & resistive & 0/4..20 ma Generator voltage Generator voltage L2 Generator voltage L Generator voltage Generator current Generator current L2 Generator current L Common Reply: GCB is open => use discrete input [D8] Command: close GCB => use relay [R10] Command: open GCB => use relay [R7] Reply: MCB is open => use discrete input [D7] Enable MCB => use discrete input [D6] Command: open MCB => use relay [R9] Command: close MCB => use relay [R8] Mains current or Ground current {2oc} Mains voltage {2oc} Mains voltage L2 {2oc} Mains voltage L {2oc} Mains voltage (Genset Control) easygen-1500/1400 FlexApp / DynamicsLCD The Mode of the control can be configured alternatively as an: {0} - Measuring transducer/engine control [0CB] {1o} - 1-CB-control [GCB open] {1oc} - 1-CB-control [GCB open/close] {2oc} - 2-CB-control [GCB/MCB open/close] Depending on the setting you have different I/O's available, respectively the control can operate the breakers for protection/closing or not. Model easygen Flush-mounting - P/ & =../5 A - P/ & =../1 A Model easygen DI-rail mounting - P/ =../5 A - P/ =../1 A G {0} Relay [R11] - Readiness for operation Relay [R10] - LogicsManager or - "Command: close GCB" Relay [R9] - LogicsManager or - "Command: open MCB" Relay [R8] - LogicsManager or - "Command: close MCB" Relay [R7] - LogicsManager or - "Command: open GCB" Relay [R6] (LogicsManager) - Auxiliary services Common (terminals 0-4) Relay [R5] (LogicsManager) - Diesel: Preglow; Gas: Ignition O Relay [R4] - Diesel: Fuel relay; Gas: Gas valve Relay [R] - Crank Relay [R2] (LogicsManager) - Alarm class C/D/E/F active Relay [R1] (LogicsManager) - Centralized alarm Discrete input [D8] - Alarm input (LogMan) 8 or "Reply: GCB is open" Discrete input [D7] - Alarm input (LogMan) 7 or "Reply: MCB is open" Discrete input [D6] - Alarm input (LogMan) 6 or "Enable MCB" Discrete input [D5] 5 Discrete input [D4] 4 Discrete input [D] Discrete input [D2] 2 Discrete input [D1] 1 Common (terminals 51-58) 12/24 Vdc 0 Vdc 1 S/S GCB G {1o} open 1 S/S GCB G open/close {1oc} 1 LogicsManager LogicsManager easygen-1500 Wiring Diagram eyg1500ww-0704-ap.skf S/S MCB GCB G 1 open/close {2oc} 1 S/S O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 The socket for the PC configuration is situated on the back of the item.this is where the DPC has to be plugged in. #2Battery Battery #1configurable during setup (O/C) #2Battery or another power supply; terminal 50 is pos. or neg. signal Figure 4-1: Wiring diagram - total overview Page 1/47

14 Wiring differences depending on application mode selection The control can be programmed for one of four possible application modes. Depending on which mode is selected, certain terminals may have a different function. The following table lists all of the control terminals and their associated function for each of the four application modes. Term. Description Type Hardware 1 GCB open GCB open/close MCB GCB open/close G 1 S/S G 1 S/S G 1 S/S G 1 S/S {0} at page 16 {1o} at page 17 {1oc} at page 18 {2oc} at page 19 1 GD Ground current #YI Measure 2../1 A or../5 A #A #CF alternatively 1 GD Mains current Measure 2 :../1 A or../5 A #A #CF CA-L CA bus Interface 4 CA-H 5 GD 6 L:../1 A or../5 A Generator current #A Measure 7 L2:../1 A or../5 A #A 8 :../1 A or../5 A #A 9 inductive/switching Pickup (magnetic MPU, discrete) Measure 10 GD 11 AI [T2] - alternat. #CF 12 Analog input Measure GD 1 AI [T1] - alternat. #CF 14 : 15 : 16 L: 17 L: Mains voltage Measure 18 L2: L2: 20 : 21 : 22 : 2 : 24 L: 25 L: Generator voltage Measure 26 L2: 27 L2: 28 : 29 : #A - alternatively (different hardware); #YI - not yet implemented; #CF - selection during and through configuration Table 4-1: Terminal overview, part 1 Page 14/47

15 Term. Description Type Hardware 1 GCB open GCB open/close MCB GCB open/close G 1 S/S G 1 S/S G 1 S/S G 1 S/S {0} at page 16 {1o} at page 17 {1oc} at page 18 {2oc} at page 19 0 Relay [R1] Make contact (O) LogMa #R LogMa #R LogMa #R LogMa #R 1 Relay [R2] Make contact (O) LogMa #R LogMa #R LogMa #R LogMa #R 2 Relay [R] Make contact (O) Crank Relay Relay [R4] Make contact (O) Diesel: Fuel magnet; Gas: Gas valve 4 Relay [R5] Make contact (O) LogMa #R 5 Common Common 6 Root Relay [R6] Relay 7 Make contact (O) Auxiliary services 8 Root Relay [R7] Relay 9 Make contact (O) LogMa #R Command: open GCB 40 Root Relay [R8] Relay LogMa #R LogMa #R LogMa #R Command: 41 Make contact (O) close MCB 42 Root Relay [R9] Relay LogMa #R LogMa #R LogMa #R Command: 4 Make contact (O) open MCB 44 Root Relay [R10] Relay 45 Make contact (O) LogMa #R LogMa #R Command: close GCB 46 Root Relay [R11] Relay 47 Make contact (O) Readiness for operation 48 0 Vdc Power supply Supply 49 12/24 Vdc 50 Common Common 51 Discrete input [D1] Contact LogMa #D LogMa #D LogMa #D LogMa #D 52 Discrete input [D2] Contact LogMa #D LogMa #D LogMa #D LogMa #D 5 Discrete input [D] Contact LogMa #D LogMa #D LogMa #D LogMa #D 54 Discrete input [D4] Input Contact LogMa #D LogMa #D LogMa #D LogMa #D 55 Discrete input [D5] Contact LogMa #D LogMa #D LogMa #D LogMa #D 56 Discrete input [D6] Contact LogMa #D LogMa #D LogMa #D Enab.MCB 57 Discrete input [D7] Contact LogMa #D LogMa #D LogMa #D Repl:MCB 58 Discrete input [D8] Contact LogMa #D LogMa #D Reply: GCB is closed #R - LogMa - Relay Manager (via the function LogicsManager the relays can be programmed freely) #D - LogMa - Discrete Input Manager (via the function LogicsManager this discrete inputs can be programmed freely) Repl.MCB..Reply: MCB is closed Enab.MCB..Enable MCB Table 4-2: Terminal overview, part 2 Page 15/47

16 Application mode {0} Drive G Sender Sender CA-H CA-L switching/inductive../1 A or../5 A GD../1 A or../5 A../1 A or../5 A../1 A or../5 A GD CA bus Pickup Analog input 1 [T1] VDO & resistive & 0/4..20 ma Common Analog input 2 [T2] VDO & resistive & 0/4..20 ma Ground fault current Generator voltage Generator voltage L2 Generator voltage L Generator voltage Generator current Generator current L2 Generator current L Common 0-CB-Mode {0} [Base Mode] Relay [R11] - Readiness for operation Relay [R10] - LogicsManager Relay [R9] - LogicsManager Relay [R8] - LogicsManager The socket for the PC configuration is situated on the back of the item.this is where the DPC has to be plugged in. Relay [R7] - LogicsManager 8 9 Relay [R6] (LogicsManager) - Auxiliary services 6 7 Subject to technical mocifications. (Genset Control) easygen-1500/1400 Common (terminals 0-4) Relay [R5] (LogicsManager) - Diesel: Preglow; Gas: Ignition O Relay [R4] - Diesel: Fuel relay; Gas: Gas valve Relay [R] - Crank Relay [R2] (LogicsManager) - Alarm class C/D/E/F active Relay [R1] (LogicsManager) - Centralized alarm Discrete input [D8] Alarm input (LogicsManager) Discrete input [D7] Alarm input (LogicsManager) Discrete input [D6] Alarm input (LogicsManager) Discrete input [D5] Discrete input [D4] Discrete input [D] Discrete input [D2] Discrete input [D1] Common (terminals 51-58) 12/24 Vdc 0 Vdc easygen-1500 Wiring Diagram eyg1500ww-0704-ap.skf O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 #2Battery Battery #1configurable during setup (O/C) #2Battery or another power supply; terminal 50 is pos. or neg. signal Figure 4-2: Wiring diagram - application mode {0} - base mode Page 16/47

17 Application mode {1o} Drive G Sender Sender CA-H CA-L switching/inductive../1 A or../5 A GD../1 A or../5 A../1 A or../5 A../1 A or../5 A GD CA bus Pickup Analog input 1 [T1] VDO & resistive & 0/4..20 ma Common Analog input 2 [T2] VDO & resistive & 0/4..20 ma Ground fault current Generator voltage Generator voltage L2 Generator voltage L Generator voltage Generator current Generator current L2 Generator current L Common 0-CB-Mode {1o} [GCB open] Relay [R11] - Readiness for operation Relay [R10] - LogicsManager Relay [R9] - LogicsManager Relay [R8] - LogicsManager The socket for the PC configuration is situated on the back of the item.this is where the DPC has to be plugged in. 58 Discrete input [D8] Reply: GCB is open GCB 8 9 Relay [R7] Command: open GCB (Genset Control) Relay [R6] (LogicsManager) - Auxiliary services Common (terminals 0-4) Relay [R5] (LogicsManager) - Diesel: Preglow; Gas: Ignition O Relay [R4] - Diesel: Fuel relay; Gas: Gas valve Relay [R] - Crank Relay [R2] (LogicsManager) - Alarm class C/D/E/F active Relay [R1] (LogicsManager) - Centralized alarm Subject to technical mocifications. easygen-1500/1400 Discrete input [D7] Alarm input (LogicsManager) Discrete input [D6] Alarm input (LogicsManager) Discrete input [D5] Discrete input [D4] Discrete input [D] Discrete input [D2] Discrete input [D1] Common (terminals 51-58) 12/24 Vdc 0 Vdc easygen-1500 Wiring Diagram eyg1500ww-0704-ap.skf O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 #2Battery Battery #1configurable during setup (O/C) #2Battery or another power supply; terminal 50 is pos. or neg. signal Figure 4-: Wiring diagram - application mode {1o} - 1 CB mode Page 17/47

18 Application mode {1oc} Drive G GCB Sender Sender CA-H CA-L switching/inductive../1 A or../5 A GD../1 A or../5 A../1 A or../5 A../1 A or../5 A GD CA bus Pickup Analog input 1 [T1] VDO & resistive & 0/4..20 ma Common Analog input 2 [T2] VDO & resistive & 0/4..20 ma Ground fault current Generator voltage Generator voltage L2 Generator voltage L Generator voltage Generator current Generator current L2 Generator current L Common Discrete input [D8] Reply: GCB is open Relay [R10] Command: close GCB Relay [R7] Command: open GCB (Genset Control) 1-CB-Mode {1oc} [GCB open/close] Relay [R11] - Readiness for operation Relay [R9] - LogicsManager Relay [R8] - LogicsManager Relay [R6] (LogicsManager) - Auxiliary services Common (terminals 0-4) Relay [R5] (LogicsManager) - Diesel: Preglow; Gas: Ignition O Relay [R4] - Diesel: Fuel relay; Gas: Gas valve Relay [R] - Crank Relay [R2] (LogicsManager) - Alarm class C/D/E/F active Relay [R1] (LogicsManager) - Centralized alarm The socket for the PC configuration is situated on the back of the item.this is where the DPC has to be plugged in. Subject to technical mocifications. easygen-1500/1400 Discrete input [D7] Alarm input (LogicsManager) Discrete input [D6] Alarm input (LogicsManager) Discrete input [D5] Discrete input [D4] Discrete input [D] Discrete input [D2] Discrete input [D1] Common (terminals 51-58) 12/24 Vdc 0 Vdc easygen-1500 Wiring Diagram eyg1500ww-0704-ap.skf O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 #2Battery Battery #1configurable during setup (O/C) #2Battery or another power supply; terminal 50 is pos. or neg. signal Figure 4-4: Wiring diagram - application mode {1oc} - 1 CB mode Page 18/47

19 Application mode {2oc} Drive G MCB GCB Sender Sender CA-H CA-L switching/inductive../1 A or../5 A../1 A or../5 A../1 A or../5 A GD../1 A or../5 A GD Subject to technical mocifications. CA bus Pickup Analog input 1 [T1] VDO & resistive & 0/4..20 ma Common Analog input 2 [T2] VDO & resistive & 0/4..20 ma Generator voltage Generator voltage L2 Generator voltage L Generator voltage Generator current Generator current L2 Generator current L Common Discrete input [D8] Reply: GCB is open Relay [R10] Command: close GCB Relay [R7] Command: open GCB Discrete input [D7] Reply: MCB is open Discrete input [D6] Enable MCB Relay [R9] Command: open MCB Relay [R8] Command: close MCB Mains current or Ground fault current Mains voltage Mains voltage L2 Mains voltage L Mains voltage (Genset Control) easygen-1500/ CB-Mode {2oc} [GCB/MCB open/close] Relay [R11] - Readiness for operation Relay [R6] (LogicsManager) - Auxiliary services Common (terminals 0-4) Relay [R5] (LogicsManager) - Diesel: Preglow; Gas: Ignition O Relay [R4] - Diesel: Fuel relay; Gas: Gas valve Relay [R] - Crank Relay [R2] (LogicsManager) - Alarm class C/D/E/F active Relay [R1] (LogicsManager) - Centralized alarm Discrete input [D5] Discrete input [D4] Discrete input [D] Discrete input [D2] Discrete input [D1] Common (terminals 51-58) 12/24 Vdc 0 Vdc easygen-1500 Wiring Diagram eyg1500ww-0704-ap.skf O/C#1 O/C#1 O/C#1 O/C#1 O/C#1 The socket for the PC configuration is situated on the back of the item.this is where the DPC has to be plugged in. #2Battery Battery #1configurable during setup (O/C) #2Battery or another power supply; terminal 50 is pos. or neg. signal Figure 4-5: Wiring diagram - application mode {2oc} - 2 CB mode Page 19/47

20 Chapter 5. Connections Power supply Vdc Vdc 0 Vdc Power supply Figure 5-1: Power supply Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max 48 0 Vdc reference potential 2.5 mm² Vdc, 15 W 2.5 mm² Table 5-1: Power supply - terminal assignment Power Supply [V] Initial voltage = 10.5 Vdc Continuous voltage = min. 6.5 Vdc 0.0 Vdc für 10 ms Continuous voltage range = Vdc [ms] Figure 5-2: Power supply - crank waveform at maximum load Time Page 20/47

21 Voltage measuring (FlexRange) OTE The measuring voltages may only be attached alternatively either on the input for or to the input for. If both measuring inputs are installed at the same time, this will cause wrong measurements! Voltage measuring: Generator L2 L GCB G ~ / Va L2 / Vb L / Vc / Vcom Generator voltage (phase voltage) Figure 5-: Voltage measuring (FlexRange) - generator Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max mm² Generator voltage - phase mm² mm² Generator voltage - phase L mm² mm² Generator voltage - phase L mm² mm² Generator voltage - phase mm² Table 5-2: Voltage measuring (FlexRange) - terminal assignment - generator voltage Page 21/47

22 Voltage measuring: Generator, parameter setting 'ph 4w' (phase, 4wire) U U U1 U1 U2 U2 U5 W1 W2 V2 V1 W2 W5 W6 U6 V6 V5 V2 W V L2 W W1 V1 V L2 L L U U W6 U1 U1 U5 W5 U2 U2 U6 W1 W2 V6 V5 W2 W1 U5 U6 W W5 W6 V2 V1 V L2 W V6 V5 V2 V1 V L2 L L Figure 5-4: Voltage measuring (FlexRange) -generator, ph 4w ph 4w Wiring terminals otes Rated voltage Range (max.) Vac Vac 1 easygen Phase L2 L L2 L Table 5-: Voltage measuring (FlexRange) - terminal assignment - generator, ph 4w 1 For different voltage systems different wiring terminals have to be used. A simultaneous use of the terminal is not possible can can lead to wrong measuring. Page 22/47

23 Voltage measuring: Generator, parameter setting 'ph w' (phase, wire) U U W6 U1 W5 U2 W2 U1 W1 U2 W2 U5 W1 U6 W V2 V1 V V L2 W L2 V6 V5 V2 V1 L L Figure 5-5: Voltage measuring (FlexRange) - generator, ph w ph w Wiring terminals otes Rated voltage Range (max.) Vac Vac 2 easygen Phase L2 L --- L2 L --- Table 5-4: Voltage measuring (FlexRange) - terminal assignment - generator, ph w 2 For different voltage systems different wiring terminals have to be used. A simultaneous use of the terminal is not possible can can lead to wrong measuring. Page 2/47

24 Voltage measuring: Generator, parameter setting '1ph w' (1phase, wire) U U1 U5 U2 U6 V6 V5 W2 W1 V2 V1 W6 W5 V6 V5 V2 U U1 U2 W U5 U6 V1 W2 L W W5 L Figure 5-6: Voltage measuring (FlexRange) - generator, 1ph w W1 W6 1p w Wiring terminals otes Rated voltage Range (max.) Vac Vac easygen Phase L L Table 5-5: Voltage measuring (FlexRange) - terminal assignment - generator, 1ph w Voltage measuring: Generator, parameter setting '1ph 2w' (1phase, 2wire) U U1 V5 U U1 U2 U5 U6 U2 V6 Figure 5-7: Voltage measuring (FlexRange) - generator, 1ph 2w 1ph 2w Wiring terminals otes Rated voltage Range (max.) Vac Vac easygen Phase Table 5-6: Voltage measuring (FlexRange) - terminal assignment - generator, 1ph 2w For different voltage systems different wiring terminals have to be used. A simultaneous use of the terminal is not possible can can lead to wrong measuring. Page 24/47

25 Mains L2 L MCB / Va L2 / Vb L / Vc / Vcom Mains voltage (phase voltage) Figure 5-8: Voltage measuring (FlexRange) - mains Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max mm² Mains voltage - phase mm² mm² Mains voltage - phase L mm² mm² Mains voltage - phase L mm² mm² Mains voltage - phase mm² Table 5-7: Voltage measuring (FlexRange) - terminal assignment - mains voltage Page 25/47

26 Voltage measuring: Mains, parameter setting 'ph 4w' (phase, 4wire) U1 U1 U2 U2 U5 W6 U6 V6 W2 V2 W5 V5 W1 V1 W2 V2 L2 W1 V1 L2 L L W6 U1 U1 U5 W5 U2 U2 U6 W1 W2 V6 V5 W2 W1 U5 U6 W6 V2 W5 V1 L2 V6 V5 V2 V1 L2 L L Figure 5-9: Voltage measuring (FlexRange) - mains, ph 4w ph 4w Wiring terminals otes Rated voltage Range (max.) Vac Vac 4 easygen Phase L2 L L2 L Table 5-8: Voltage measuring (FlexRange) - terminal assignment - mains, ph 4w 4 For different voltage systems different wiring terminals have to be used. A simultaneous use of the terminal is not possible can can lead to wrong measuring. Page 26/47

27 Voltage measuring: Mains, parameter setting 'ph w' (phase, wire) W6 U1 W5 U2 W2 U1 W1 U2 W2 U5 W1 U6 V2 V1 L2 L2 V6 V5 V2 V1 L L Figure 5-10: Voltage measuring (FlexRange) - mains, ph w ph w Wiring terminals ots Rated voltage Range (max.) Vac Vac 5 easygen Phase L2 L --- L2 L --- Table 5-9: Voltage measuring (FlexRange) - terminal assignment - mains, ph w 5 For different voltage systems different wiring terminals have to be used. A simultaneous use of the terminal is not possible can can lead to wrong measuring. Page 27/47

28 Voltage measuring: Mains, parameter setting '1ph w' (1phase, wire) U1 U5 U2 U6 V6 V5 W2 W1 V2 V1 W6 W5 V6 V5 V2 V1 W2 U1 U2 U5 U6 L W5 L Figure 5-11: Voltage measuring (FlexRange) - mains, 1ph w W1 W6 1p w Wiring terminals ots Rated voltages Range (max.) Vac Vac 6 easygen Phase L L Table 5-10: Voltage measuring (FlexRange) - terminal assignment - mains, 1ph w Voltage measuring: Mains, parameter setting '1ph 2w' (1phase, 2wire) U1 V5 U2 V6 U1 U2 U5 U6 Figure 5-12: Voltage measuring (FlexRange) - mains, 1ph 2w 1p 2w Wiring terminals otes Rated voltages Range (max.) Vac Vac 6 easygen Phase Table 5-11: Voltage measuring (FlexRange) - terminal assignment - mains, 1ph 2w 6 For different voltage systems different wiring terminals have to be used. A simultaneous use of the terminal is not possible can can lead to wrong measuring. Page 28/47

29 Current measuring CAUTIO Before disconnecting the secondary current transformer/ct's connections or the connections of the current transformer/ct's at the device, make sure that the current transformer/ct's is short-circuited. Generator OTE Please connect the wires of the current transducer "l (s)" as near as possible to the unit. L2 L GCB G ~ Detail: Connection of the transducers L.. S2 s2 S1 s1 G.... s1 (k) L.. s2 (l) ote: Please connect the common wires of the transducer near the unit /{x} A {x} = 1 or 5../{x} A../{x} A../{x} A s1 (k) - L s1 (k) - L2 s1 (k) - s2 (l) Generator current (phase current) Figure 5-1: Current measuring - generator Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max 5 Generator current - phases /L2/L - transformer terminals s2 (l) 2.5 mm² 6 Generator current - phase L - transformer terminal s1 (k) 2.5 mm² 7 Generator current - phase L2 - transformer terminal s1 (k) 2.5 mm² 8 Generator current - phase - transformer terminal s1 (k) 2.5 mm² Table 5-12: Current measuring - terminal assignment - generator current Page 29/47

30 Current measuring: Generator, parameter setting ' L2 L' L2 I Gen I Gen L2 I Gen L G L ~ Figure 5-14: Current measuring - generator, L2 L L2 L Wiring terminals otes easygen Phase L2 L GD Table 5-1: Current measuring - terminal assignment - generator, L2 L Current measuring: Generator, parameter setting 'Phase ', 'Phase L2' & 'Phase L' L2 I Gen G L ~ L2 I Gen L2 G L ~ L2 I Gen L G L ~ Phase Phase L2 Phase L Figure 5-15: Current measuring - Generator, Phase Lx Phase Phase L2 Phase L Wiring terminals easygen Phase GD easygen Phase --- L2 --- GD easygen Phase L GD otse Table 5-14: Current measuring - terminal assignment - generator, Phase Lx Page 0/47

31 Mains current ({2oc} only) L2 L MCB Detail: Connection of the transducers S2 s2 S1 s1 L s1 (k) L.. s2 (l) 2 1../{x} A {x} = 1 or 5../{x} A s1 (k) - s2 (l) Mains current Figure 5-16: Current measuring - mains current Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max Mains current - phase - transformer terminal s2 (l) 2.5 mm² Mains current - phase - transformer terminal s1 (k) 2.5 mm² Table 5-15: Current measuring - terminal assignment - mains current Current measuring: Mains, parameter setting 'Phase ', 'Phase L2' & 'Phase L' I Mains I Mains L2 I Mains L L2 L L2 L L2 L Phase Phase L2 Phase L Figure 5-17: Current measuring - generator, Phase Lx Phase Phase L2 Phase L Wiring terminals easygen 1 2 Phase GD easygen 1 2 Phase GD L2 easygen 1 2 Phase GD L otes Table 5-16: current measuring - terminal assignment - generator, Phase Lx Page 1/47

32 Power measuring If the unit's current transformers are wired according to the diagram shown, the following values are displayed. OTE The value of the reactive power measuring is valid for symmetric systems only. Application mode Parameter Description Sign displayed {BM}-{1o}-{1oc}-{2oc} Generator real power Positive {BM}-{1o}-{1oc}-{2oc} Generator real power egative {BM}-{1o}-{1oc}-{2oc} Generator power factor cos φ Inductive / lagging Positive {BM}-{1o}-{1oc}-{2oc} Generator power factor cos φ Capacitive / leading egative {BM}-{1o}-{1oc}-{2oc} Mains real power Plant exporting kw Positive {BM}-{1o}-{1oc}-{2oc} Mains real power Plant importing kw egative {BM}-{1o}-{1oc}-{2oc} Mains power factor cos φ Plant generating kvar's Positive {BM}-{1o}-{1oc}-{2oc} Mains power factor cos φ Plant absorbing kvar's egative MAIS MCB mains circuit breaker 1 s2 (l) S2 (L) P pos Active power Display positive 2 s1 (k) S1 (K) Q ind Reactive power Display capazitive BUSBAR easygen GCB generator circuit breaker 5 s2 (l) S2 (L) P pos Active power Dispaly positive 6 s1 (k) S1 (K) Q ind Reactive power Display inductive GEERATOR G Figure 5-18: Power measuring - direction of power Page 2/47

33 Pickup Rotating shaft Sensor to Pickup input Figure 5-19: Pickup - principle overview 24 V < 1,0 V Shield 42 4 Pickup input Figure 5-20: Pickup input Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max 9 Pickup input inductive/switching 2.5 mm² 10 GD 2.5 mm² Table 5-17: Pickup - terminal assignment OTE The input frequency of the Pickup has to be limited to 14 khz [mvrms] , [khz] Figure 5-21: Minimal necessary input voltage depending on frequency Page /47

34 Discrete inputs Positive logic (usable alternatively to negative logic - see next chapter) +/ Vdc Signal device A B Discrete input (pos. logic) - alarm/control input [#1] Figure 5-22: Discrete inputs - alarm/control inputs [type #1] - positive logic For the circuit breaker reply inputs the input is closed when the breaker is opened. This would be a "B" type contact on the circuit breaker. +/ Vdc Reply CB C D Discrete input (pos. logic) - alarm/control input [#2] Figure 5-2: Discrete inputs - alarm/control inputs [type #2] - positive logic Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max Term. Com. A / C B / D Type [BM] - [0CB] - 51 Discrete input [D1] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - [BM] - [0CB] - 52 Discrete input [D2] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - [BM] - [0CB] - 5 Discrete input [D] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - [BM] - [0CB] - 54 Discrete input [D4] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - 50 [BM] - [0CB] - 55 Discrete input [D5] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - [BM] - Alarm input (programmable) [0CB] - Alarm input (programmable) 56 Discrete input [D6] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - Enable MCB [BM] - Alarm input (programmable) [0CB] - Alarm input (programmable) 57 Discrete input [D7] [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - Reply: MCB is open #2 [BM] - Alarm input (programmable) 58 Discrete input [D8] [0CB] - Alarm input (programmable) [1CB] - Reply: GCB is open #2 2.5 mm² [2CB] - Reply: GCB is open #2..switchable via the software, [#1]..type 1 (O/make contact), [#2]..type 2 (C/break contact) Table 5-18: Discrete input - terminal assignment - alarm/control input - positive logic Page 4/47

35 egative logic (usable alternatively to positive logic - see previous chapter) +/ Vdc Signal device A B Discrete input (neg. logic) - alarm/control input [#1] Figure 5-24: Discrete inputs - alarm/control inputs [type #1] - negative logic For the circuit breaker reply inputs the input is closed when the breaker is opened. This would be a "B" type contact on the circuit breaker. +/ Vdc Reply CB C D Discrete input (neg. logic) - alarm/control input [#2] Figure 5-25: Discrete input - alarm/control inputs [type #2] - negative logic Connect in application mode... [BM] [0CB] [1CB] [2CB] Terminal Description A max Com. Term. A / C B / D Type 51 Discrete input [D1] [BM] - [0CB] - [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - 52 Discrete input [D2] [BM] - [0CB] - [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - 5 Discrete input [D] [BM] - [0CB] - [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - 54 Discrete input [D4] [BM] - [0CB] - [1CB] - Alarm input (programmable) 2.5 mm² 50 [2CB] - [BM] - 55 Discrete input [D5] [0CB] - [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - [BM] - Alarm input (programmable) 56 Discrete input [D6] [0CB] - Alarm input (programmable) [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - Enable MCB [BM] - Alarm input (programmable) 57 Discrete input [D7] [0CB] - Alarm input (programmable) [1CB] - Alarm input (programmable) 2.5 mm² [2CB] - Reply: MCB is open #2 [BM] - Alarm input (programmable) 58 Discrete input [D8] [0CB] - Alarm input (programmable) [1CB] - Reply: GCB is open #2 2.5 mm² [2CB] - Reply: GCB is open #2..switchable via software, [#1]..type 1 (O/make contact), [#2]..type 2 (C/break contact) Table 5-19: Discrete input - terminal assignment - alarm/control inputs - negative logic Page 5/47

36 Relay outputs (control outputs and LogicsManager) max. 250 Vac/dc / external device A B Relay output Figure 5-26: Relay outputs Connect in application mode... {0} {1o} {1oc} {2oc} Terminal Description A max Term. Com. 0 Relay output [R1] 1 Relay output [R2] 2 5 Relay output [R] Relay output [R4] 4 A B Form A, common contact Type Relay output [R5] [BM] - [0CB] - [1CB] - [2CB] - [BM] - [0CB] - [1CB] - [2CB] - [BM] - [0CB] - [1CB] - [2CB] - [BM] - [0CB] - [1CB] - [2CB] - [BM] - [0CB] - [1CB] - [2CB] - LogicsManager LogicsManager Crank Diesel: Fuel relay Gas: Gas valve LogicsManager 2.5 mm² 2.5 mm² 2.5 mm² 2.5 mm² 2.5 mm² LogicsManager..using the function LogicsManager it is possible to freely program the relays..switchable via the software, [#1]..type 1 (O/make contact) Table 5-20: Relay outputs - terminal assignment, part 1 Page 6/47

37 Connect in application mode... {0} {1o} {1oc} {2oc} Terminal Description A max Term. Com. 6 7 Relay output [R6] 8 9 Relay output [R7] Relay output [R8] 42 4 Relay output [R9] Relay output [R10] Relay output [R11] LogicsManager..using the function LogicsManager it is possible to freely program the relays..switchable via the software, [#1]..type 1 (O/make contact) A B Form A, separated contacts Type [BM] - [0CB] - [1CB] - [2CB] - LogicsManager [BM] - LogicsManager [0CB] - Command: open GCB #1 [1CB] - Command: open GCB #1 [2CB] - Command: open GCB #1 [BM] - LogicsManager [0CB] - LogicsManager [1CB] - LogicsManager [2CB] - Command: close MCB #1 [BM] - LogicsManager [0CB] - LogicsManager [1CB] - LogicsManager [2CB] - Command: open MCB #1 [BM] - LogicsManager [0CB] - LogicsManager [1CB] - Command: close GCB #1 [2CB] - Command: close GCB #1 [BM] - [0CB] - [1CB] - [2CB] mm² 2.5 mm² 2.5 mm² 2.5 mm² 2.5 mm² Readiness for operation #1 2.5 mm² Table 5-21: Relay outputs - terminal assignment, part 1 Page 7/47

38 OTE Analog inputs (FlexIn) For proper measuring use VDO senders with isolated return to common ground of the easygen-1500 (terminal 12). 0/4..20 ma Resistive / VDO [T1] [T1] GD [T2] Analog input [T1] Analog input [T2] Analog input 0/4..20 ma [T2] Resistive / VDO Figure 5-27: Analog inputs (FlexIn) Connect in application mode... {0} {1o} {1oc} {2oc} Terminal Description A max Analog input [T1], alternatively the following sensors: - 0/4..20 ma 1 - resistor - VDO, Ohm #VDO 2.5 mm² - VDO, Ohm #VDO - Pt Common (GD) 2.5 mm² 11 Analog input [T2], alternatively the following sensors: - 0/4..20 ma - resistor - VDO, Ohm #VDO 2.5 mm² - VDO, Ohm #VDO - Pt100 #VDO - please download a catalog of all available VDO sensors at the VDO homepage ( Table 5-22: Analog inputs (FlexIn) - terminal assignment Page 8/47

39 Interfaces Overview easygen Configuration Plug CA bus #1 #2 DPC # #4 GW 4/22/LDP COM port PC / Laptop # GW 4/MDM Telephone connection Standard Modem #5 CA card (IXXAT) Figure 5-28: Interfaces - overview r. Connection between from to... #1 easygen [DPC connector] DPC #2 DPC PC [COM-Port] PI PI 4 (connect with PI 8) PI PI PI PI 2 PI PI 1 PI PI 5 /A /A PI PI 8 (connect with PI 4) PI PI 7 PI PI 9 Connect PI4/8 # easygen [CA terminals] GW 4 [CA terminals] Terminal - CA-L Terminals X5 - CA-L Terminal 4 - CA-H Terminals X4 - CA-H #4 GW 4 [RS22 terminals] PC [COM port, submin-d, 9pole, female] Terminal Y1 - RxD PI - TxD Terminal Y2 - RTS PI 8 - CTS Terminal Y - GD PI 5 - GD Terminal Y4 - CTS PI 7 - RTS Terminal Y5 - TxD PI - RxD #5 easygen [CA terminals] PC [CA port, submin-d, 9pole, female] Terminal - CA-L PI 7 - CA-H Terminal 4 - CA-H PI 2 - CA-L CA termination resistor between terminals /4 CA termination resistor between terminals 2/7 Table 5-2: Interfaces - connection overview Page 9/47

40 CA bus (FlexCA) Wiring 4 CA-L CA-H CA bus (FlexCA) Figure 5-29: Interfaces - CA bus (FlexCA) Connect in application mode... {0} {1o} {1oc} {2oc} Terminal Description A max CA bus (FlexCA) CA-L 2.5 mm² 4 CA-H 2.5 mm² Shielding Shield CA-H CA-L GD Interface CA bus 0.01 uf 400 Vac 1 MOhm Figure 5-0: Interfaces - CA bus - wiring of shielding DPC - Direct Configuration Cable OTE Please note that the configuration via the direct configuration cable DPC (P/ ) is possible starting with Revision B (first delivered July 200). If you have an older model please contact technical sales. Page 40/47

41 Chapter 6. Technical Data ame plate S/ Serial number (numerical) 2 S/ Date of production (YYMM) S/ Serial number (Barcode) 4 P/ Item number 5 REV Item revision number 6 Details Technical data 7 Type Description (short) 8 Type Description (long) 9 UL UL sign Measuring values, voltages /Δ - Measuring voltages [1] (terminals 22/24/26/28 & 14/16/18/20) Rated value (Vn)... 69/ Maximum value (Vmax)... max. 86/150 Vac [5] (terminals 2/25/27/29 & 15/17/19/21) Rated value (Vn) / Maximum value (Vmax)... max. 46/600 Vac - Measuring frequency... 50/60 Hz ( Hz) - Accuracy...Class 1 - Input resistance per path... [1] MΩ, [5] 2.0 MΩ - Maximum power consumption per path... < 0.15 W Measuring values, currents isolated - Measuring current [../1] Rated value (In)...../1 A [../5] Rated value (In)...../5 A - Accuracy...Class 1 - Linear measuring range Generator (terminals 5-8)...0 In Mains/ground current (terminals 1/2) In - Maximum power consumption per path...< 0.15 VA - Rated short-time current (1 s) [..1/ A] In [../5 A] In Ambient variables Power supply... 12/24 Vdc ( Vdc) - Intrinsic consumption...max. 15 W - Ambient temperature Storage C / F Operation C / F - Ambient humidity %, non condensing Page 41/47

42 Discrete inputs isolated - Input range (U Cont, digital input )...Rated voltage 12/24 Vdc ( Vdc) - Input resistance...approx. 6.7 kω Relay outputs potential free - Contact material...agcdo - General purpose (GP) (U Cont, relay output ) AC Aac@250 Vac DC Adc@24 Vdc 0.6 Adc@125 Vdc 0.18 Adc@250 Vdc - Pilot duty (PD) (U Cont, relay output ) AC...B00 DC Adc@24 Vdc 0.22 Adc@125 Vdc 0.10 Adc@250 Vdc Analog inputs freely scaleable - Resolution Bit - 0/4..20 ma input...internal load 50 Ω /80 Ω input...load current 2. ma Magnetic Pickup Input capacitive decoupled - Input impedance...min. approx. 17 kω - Input voltage... see Figure 5-21 Page 42/47

43 Interface Service interface - Version...RS22 - Signal level...5v Level conversion and insulation by using DPC (P/ ) CA bus interface...isolated - Insulation voltage...1,500 Vdc - Version...CA bus - Internal line termination... ot available Battery (models with battery buffered real-time clock only) Type...iCd - Durability (at operation without power supply)... approx. 5 years - Battery field replacement... not possible Housing Model "1500" - Type...APRAORM DI Dimensions (W H D) mm - Front cutout (W H) [+1.1] 18 [+1.0] mm Model "1400" - Type...Phoenix, Um122 - Dimensions (W H D) mm all Models - Wiring... screw-plug-terminals 2.5 mm² - Recommended locked torque m use 60/75 C copper wire only use class 1 wire only or equivalent - Weight... approx. 800 g Protection Model "1500" - Protection system...ip42 from front at professional installation IP54 from front with gasket (gasket: P/ ) IP20 from back - Front folio... insulating surface Model "1400" - Protection system...ip20 all Models - EMC test (CE)... tested according to applicable E guidelines - Listings... CE marking; UL listing for ordinary locations - Type approval... UL/cUL listed, Ordinary Locations, File o.: Marine certification...gl, LR, others upon request Page 4/47

44 Chapter 7. Accuracy Measuring value Display Accuracy otes Frequency Generator f, f L2, f L Hz 1 % - Mains f, f L2, f L Hz 1 % - Voltage Generator U, U L2, U L, kv 1 % Transformer ratio selectable Mains U, U L2, U L, kv 1 % Transformer ratio selectable Current Generator I, I L2, I L 0..2,000 A 1 % - Max. value I, I L2, I L 0..2,000 A 1 % Slave pointer Mains/ground current I 0..2,000 A 1 % - Real power Current total real power value GW 2 % - Reactive power Current value in, L2, L Gvar 2 % - cos φ Current value cos φ lg ld % - Miscellaneous Real energy 0..4,200 GWh not calibrated Operating hours h - Maintenance call 0..9,999 h - Start counter 0..65,55 - Battery voltage V 1 % - Pickup speed f n ± 40 % - Analog inputs Pt C not calibrated Ohm freely scaleable for VDO sensors Ohm freely scaleable for VDO sensors PTC freely scaleable - 0/4..20 ma freely scaleable - Reference conditions (to measure the accuracy): Input voltage... sinusoidal rated voltage Input current... sinusoidal rated current Frequency... rated frequency ± 2 % Power supply... rated voltage ± 2 % Power factor cos φ Ambient temperature... 2 C ± 2 K Warm-up period minutes Page 44/47

45 Chapter 8. Declaration of Conformity Page 45/47

46 Page 46/47

47 We appreciate your comments about the content of our publications. Please send comments to: Please include the manual number from the front cover of this publication. Woodward GmbH Handwerkstrasse Stuttgart - Germany Phone +49 (711) Fax +49 (711) [email protected] Homepage Woodward has company-owned plants, subsidiaries, and branches, as well as authorized distributors and other authorized service and sales facilities throughout the world. Complete address/phone/fax/ information for all locations is available on our website ( 06/12/S