An ASSA ABLOY Group company. Assa Electromechanical Locks

Transcription

1 An ASSA ABLOY Group company Assa Electromechanical Locks

2 Assa - The Security Company Assa AB manufactures and develops locks and security systems for the world s public building market. New regulations and local standards require us to continuously adapt to a changing world. Assa products are recognised by architects and end users around the world for quality, security, design and awareness of the environment. Quality Assa products are supplied in accordance with well-documented quality procedures. Assa is certified according to ISO Security and Design When your investment in technology, functionality and performance reflects the value of the protected property, you have the right security. Environment Our environmental commitment is based on a view where considerations are made around technical, economical and ecological effects. Assa is certified according to ISO

3 Content Electric Strikes - General description...4 Heavy Duty Electric strikes... 6 Universal Electric Strikes...11 Standard Duty Electric strikes...12 Simple Electric strikes Dead bolt Electric strikes...22 Code locks...23 Card locks Solenoid locks...25 Motor locks Magnets and accessories Symbols The lockcase complies with the Swedish standard SS 3522 Grade 2. Lockcase can be used with Assa oval cylinder. The lockcase complies with the Swedish standard SS 3522 Grade 3. Lockcase can be equipped with internal microswitch. Complies with the requirements of BS 3621 (1980) if supplied with appropriate cylinder and accessory type. Available with 28 mm backset. Lockcase can be combined with electric strike. Assa Classic Available with 50 mm backset. Assa Heavy Duty Available with 70 mm backset. Lockcase suitable for emergency doors*. Lockcase can be used with Assa round cylinder. Lockcase suitable for fire doors*. *Check local regulations. 3

4 Electric strikes Electric strikes are probably the most common product used in doors that have an electric locking mechanism. Electric strikes provide a good locking solution typically for doors that are used very frequently. Durability and quick operation are preferred over security. Electric strikes are also a good choice for doors that are situated in a tough environment. Our electric strikes are well known for high quality, fast release and durability and are available in three different grades: Heavy duty The heavy duty strike is the most powerful strike in the range and should be used in applications where high security and resistance to vandalism is most important. Standard/Universal duty The standard/universal strike is an ideal solution in many doors where reliability is a major consideration but where high security strikes are not required. Simple The use of a simple strike is mainly to protect areas inside a building against unauthorised access and where the perimeter protection is covered by other products. FUNCTIONS Fail locked This function means that the electric strike will be locked only as long as the power is off. In case of a power failure, the strike will remain locked. The strike will open as soon as it receives power. Fail unlocked This function means that the electric strike will be locked only as long as the power is on. In case of a power failure, the strike will open. The strike will lock as soon as it receives power. This function is typically used in emergency exit doors. Day locking The most important attribute for a day lock is quick opening and good durability rather than high security. Typically an electric strike or a solenoid lock is used as a day lock as both products provide durable solutions for doors with high frequent usage. Night locking A night lock is typically a motor lock rather than an electric strike or a solenoid lock. The motor lock has a much higher security level compared to electric strikes and solenoid locks the dead bolt function. It may be remote controlled, thus providing a automatic night-time locking. 4

5 Overview Heavy Duty Electric Strike 141, 5141, 8141, 331, KB Standard Electric Strike 70, , 571 * Not suitable for multi-strikes Simple Electric Strike 14, 514, 514, 5114 Heavy Duty Fail locked Fail unlocked No microswitch One microswitch Two microswitch Power 12 V, 24 V Standard Fail locked Fail unlocked No microswitch 75/ 70 75/ 71 One microswitch 575/ / 571 Power 12 V, 24 V Simple Fail locked Fail unlocked Impuls No microswitch One microswitch Power 12 V, 24 V 8 V, 24 V An ASSA ABLOY Group company 5

6 HEAVY DUTY ELECTRIC STRIKES Solid 141, 5141, 8141 Fail locked Assa heavy duty electric strikes have a built-in fuse that guarantees the electric strike vibration-proof, greatly improving security. For use on external door entry systems where high security and resistance to vandalism is paramount, such as high rise residential accommodation, multiple occupancy office buildings, elderly persons units, banks or other high-frequency use doors. Body, faceplate and pivoting staple are manufactured from high grade steel. Available in 12 and 24V DC versions. Very high strength resists minimum 10,000 N (1 000 kg) side pressure on the pivoting staple. Tested to 1,000,000 opening cycles. Protected against manipulation by an impact/vibration bar. Current consumption 300 ma for 12V DC versions or 160 ma for 24V DC version. Solid 141 DC continuous duty fail-locked. The strike opens when the current is on and locks automatically when the current is switched off. Fitting example Solid 5141 DC continuous duty fail-locked with built-in microswitch. The strike opens when the current is on and locks automatically when the current is switched off. A microswitch monitors the latchbolt engagement. Solid 8141 DC continuous duty fail-locked with two built-in microswitches. The strike opens when the current is on and locks automatically when the current is switched off. One microswitch monitors the latchbolt engagement, and the other monitors the deadlocking of the pivoting staple, thus giving 100% assurance that the door is properly secured. Solid 5141 Solid 5141 Assa 5585 Assa 5585 Solid stolpe 824 Solid Face plate 824 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. Diode Coil We recommend fitting of a diode between the power supply unit and the electric strike. No microswitch. One microswitch. Two microswitches. All microswitches are of single-pole double-throw type. They may therefore be connected in either the normally-open or normally-closed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. 6 An ASSA ABLOY Group company

7 HEAVY DUTY ELECTRIC STRIKES Solid 331, 5331 Fail unlocked The strike open even when subjected to a door pressure of up to 5000 N (500 kg). Offer true fail unlocked function. For use where a high security requirement must be balanced with the need for safety, and yet retaining high resistance to vandalism. For example, high rise residential accommodations, multiple occupancy office buildings, elderly persons units where quick evacuation and access for the emergency services may be necessary. Body, faceplate and pivoting staple are manufactured from high grade steel. Available in 12 and 24V DC versions. Very high strength resists minimum 10,000 N (1 000 kg) side pressure on the pivoting staple. Tested to 1,000,000 opening cycles. Protected against manipulation by an impact/vibration bar. Current consumption 490 ma for 12V DC versions or 230 ma for 24V DC version. Fitting example Solid 331 DC continuous duty fail unlocked. The strike is closed as long as the current is on and opens automatically when the current is switched off. Will open even when a side pressure up to 5,000 N (500kg) is applied. Solid 5331 DC continuous duty fail unlocked with built in microswitch. The strike is closed as long as the current is on and opens automatically when the current is switched off. A microswitch monitors the latchbolt engagement. Will open even when a side pressure up to 5,000 N (500kg) is applied. Solid Assa Assa5585 Solid stolpe 824 Solid Face plate 824 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. Diode Coil All microswitches are of single-pole double-throw type. They may therefore be connected in either the normally-open or normallyclosed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. We recommend fitting of a diode between the power supply unit and the electric strike. No microswitch. One microswitch. An ASSA ABLOY Group company 7

8 HEAVY DUTY ELECTRIC STRIKES Solid 816, 823, 824 Face plates General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 816 is designed for wooden frames together with a single latch lock. Faceplate 823 is fitted to steel and aluminium frame doors together with single latch locks. Faceplate 824 is designed for wood and steel frames together with single latch locks. Faceplate is manufactured from high grade steel. Used in combination with Heavy Duty electric strikes. Solid 816 Solid 823 Solid 824 Dimensions Face plate 816 Face plate 823 Face plate An ASSA ABLOY Group company

9 HEAVY DUTY ELECTRIC STRIKES Solid 840, 841, 842 & 843 Face plates General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 840 is designed for SapaFront building system 2050/2071 (opening in) Faceplate 823 is designed for SapaFront building system 2071 (opening out) Faceplate 842 is designed for SapaFront building system 2060 Faceplate is manufactured from high grade steel. Used in combination with Heavy Duty electric strikes. Used together with single latch locks only. Narrow profile locks must be with 22 mm faceplate. Solid 840 Solid 841 Solid 842 Solid 843 Dimensions Face plate 840 Face plate 841 Face plate 842 Face plate 843 An ASSA ABLOY Group company 9

10 Solid 827KB Face plate HEAVY DUTY ELECTRIC STRIKES General Solid 827KB is a connecting joint for electrical locking. The connecting function makes it difficult to break the door opening apart and thereby increases protection against entry considerably. The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 827KB is a high security faceplate that connects the door to the frame, offering a secure locking solution. For use on external door entry systems where high security and resistance to vandalism is paramount. Faceplate is manufactured from high grade steel. Can be fitted to wooden and steel frames. Used in combination with Heavy Duty electric strikes. Faceplate 827KB is used together with lock face plate 5585KS, which replaces the standard lock case face plate. Dimensions Face plate 827KS Face plate 5585KS 10 An ASSA ABLOY Group company

11 UNIVERSAL ELECTRIC STRIKES Solid 75 & 575 Multi Suitable for almost any situation as these strikes offers a true flexible solution. Solid 75 and 575 strikes will accept a wide range of power inputs as well as offering both fail-locked or fail-unlocked functions in the same strike. For use on door entry systems such as entrance doors to a high rise residential accommodation or internal locking within office buildings and other commercial buildings. Body, faceplate and pivoting staple are manufactured from high grade steel. Accepts 12 to 24V AC or DC. Can be used both as fail-locked and fail-unlocked. Very high strength resists minimum 7,000 N (700 kg) side pressure on the pivoting staple. Tested to opening cycles. Current consumption ma (24-12V AC/DC). Used in combination with single or double latch bolt lock cases. Fitting example Solid 75 Continuous duty AC or DC, fail-locked or fail-unlocked. The strike may be set either to open when the current is on and lock automatically when the current is switched off (fail-locked); or be closed as long as the current is on and open automatically when the current is switeched off (fail unlocked). Changing the mode is achieved by loosening a screw, sliding it to alternate position, and re-fastening. Solid 575 Solid 575 Solid 575 Continuous duty AC or DC, fail-locked or fail-unlocked with builtin microswitch. The strike may be set either to open when the current is on and lock automatically when the current is switched off (fail-locked); or be closed as long as the current is on and open automatically when the current is switeched off (fail unlocked). Changing the mode is achieved by loosening a screw, sliding it to alternate position, and re-fastening. A microswitch monitors the latchbolt engagement. Assa Assa Solid Stolpe 730 Solid Face plate 730 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. No microswitch. One microswitch. All microswitches are of singlepole double-throw type. They may therefore be connected in either the normally-open or normally-closed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. An ASSA ABLOY Group company 11

12 Solid 70 & 570 Fail locked STANDARD ELECTRIC STRIKES For use on door entry systems where security and resistance to vandalism is important, such as entrance doors to a high rise residential accommodation or internal locking within office buildings and other commercial buildings. Faceplate manufactured from high grade steel. Pivoting staple made of bronze, body made of zinc alloy. Available in 12 and 24V DC versions. High strength resists minimum 7,000 N (700 kg) side pressure on the pivoting staple. Tested to 500,000 opening cycles. Current consumption 230 ma for 12V DC versions or 140 ma for 24V DC version. Solid 70 DC continuous duty fail-locked. The strike opens when the current is on and locks automatically when the current is switched off. Fitting example Solid 570 DC continuous duty fail-locked with built-in microswitch The strike opens when the current is on and locks automatically when the current is switched off. A microswitch monitors the latchbolt engagement. Solid 570 Assa 1560 Solid Stolpe 730 Solid Face plate 730 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. Diode Coil All microswitches are of single-pole double-throw type. They may therefore be connected in either the normally-open or normallyclosed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. We recommend fitting of a diode between the power supply unit and the electric strike. No microswich. One microswitch. 12 An ASSA ABLOY Group company

13 STANDARD ELECTRIC STRIKES Solid 71 & 571 Fail unlocked Offer true fail safe function. For use where a normal security requirement must be balanced with the need for safety. For example, high rise residential accommodations, multiple occupancy office buildings, elderly persons units where quick evacuation and access for the emergency services may be necessary. Faceplate manufactured from high grade steel. Pivoting staple made of bronze, body made of zinc alloy. Available in 12 and 24V DC versions. High strength resists minimum 7,000 N (700 kg) side pressure on the pivoting staple. Tested to 500,000 opening cycles. Current consumption 230 ma for 12V DC versions or 140 ma for 24V DC version. Solid 71 DC continuous duty fail unlocked. The strike is closed as long as the current is on and opens automatically when the current is switched off. Fitting example Solid 571 DC continuous duty fail unlocked with built in microswitch. The strike is closed as long as the current is on and opens automatically when the current is switched off. A microswitch monitors the latchbolt engagement. Solid 571 Assa Assa 1560 Solid Stolpe 730 Solid Face plate 730 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. Diode Coil All microswitches are of single-pole double-throw type. They may therefore be connected in either the normally-open or normallyclosed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. We recommend fitting of a diode between the power supply unit and the electric strike. No microswitch. One microswitch. An ASSA ABLOY Group company 13

14 STANDARD ELECTRIC STRIKES Solid 725, 730 & 731 Face plates General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 725 is suitable for door frames made of wood or metal. Faceplate 730 is suitable for door frames made of wood or metal. Faceplate 731 is suitable for door frames made of wood or metal. Faceplate is manufactured from high grade steel. Solid 725 Solid 730 Solid 731/17 Solid 731/20 Solid 731/26 Used in combination with Standard Duty electric strikes. Used together with double latch bolt locks. Faceplate 731 in 3 different widths, 42 mm (731/17), 45 mm (731/20) and 51 mm (731/26). Dimensions Face plate 725 Face plate 730 Face plate 731/26 Face plate 731/17 Face plate 731/20 14 An ASSA ABLOY Group company

15 STANDARD ELECTRIC STRIKES Solid 732 & 733 Face plates General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 732 is suitable for door frames made of wood or metal. Faceplate 733 is suitable for door frames made of wood or metal. Faceplate is manufactured from high grade steel. Used in combination with Standard Duty electric strikes. Used together with double latch bolt locks. Faceplate 733 in 3 different widths, 42 mm (731/17), 45 mm (731/20) and 51 mm (731/26). Solid 732 Solid 733/17 Solid 733/20 Solid 733/26 Dimensions Face plate 732 Face plate 733/17 Face plate 733/20 Face plate 733/26 An ASSA ABLOY Group company 15

16 Solid 735 & 737 Face plates STANDARD ELECTRIC STRIKES General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 735 and 737 are suitable for door frames made of metal. Faceplate is manufactured from high grade steel. Used in combination with Standard Duty electric strikes. Used together with double latch bolt locks. Solid 735 Solid 737 Dimensions Face plate 735 Face plate An ASSA ABLOY Group company

17 STANDARD ELECTRIC STRIKES Solid ANSI Face plates The ANSI mounting kit makes the standard SOLID electric strikes fit with American, Canadian, British, Australian and Far East types of locks (with up to 1/2 or 12 mm latch depth). These electric strikes are suitable for use on fire resistant doors (according to Swedish standards) in entrances for high rise residential accommodation and inside in multiple occupancy office buildings. It also fits where the electronic access control system needs to be supplemented by a mechanical deadlocking function. This would give increased physical security whilst restricting access to keyholders - typical applications might include offices where daytime and nighttime security requirements differ. Electric strike together with long faceplate (174.5 mm) and short faceplate (123.7 mm) including mounting clip illustrated. Extension lips are shown separately. Faceplate is manufactured from high grade steel. Used in combination with Universal and Standard Duty electric strikes. Used together with double latch bolt locks. Available in two versions, ANSI Long or ANSI Short The standard ANSI lip measures 26.5 mm from the centre of the electric strike to the edge of the lip and makes the door close flush with the frame. Where door/frame relationship is different, one or more strike lip adapters may be added. Each lip adapter are 25.4 mm. Very high strength resists minimum 7,000 N (700 kg) side pressure on the pivoting staple. Tested to 1,000,000 opening cycles. Current consumption 230 ma for 12V DC versions or 140 ma for 24V DC version. Dimensions Max 77,7 Max 52,3 Horizontal Centre 26,5 25,4 25,4 An ASSA ABLOY Group company 17

18 Solid 14 & 514 Fail locked SIMPLE ELECTRIC STRIKES For use in access control where reliability is a major consideration but where the physical security strength of Heavy Duty or Standard strikes is not required. For example computer rooms, plant rooms, laboratories or other specially designated areas of restricted access. Faceplate and pivoting staple manufactured from high grade steel. Body made of zinc alloy. Available in 12 and 24V DC versions. Medium strength resists up to 4,000 N (400 kg) side pressure on the pivoting staple. Tested to 500,000 opening cycles. Current consumption 190 ma for 12V DC versions or 110 ma for 24V DC version. Solid 14 DC continuous duty fail locked. The strike opens when the current is on and locks automatically when the current is switched off. Fitting example Solid 514 DC continuous duty fail locked with built-in microswitch. The strike opens when the current is on and locks automatically when the current is switched off. A microswitch monitors the latchbolt engagement. Solid 514 Assa 5585 Solid Face plate 510 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. Diode Coil All microswitches are of single-pole double-throw type. They may therefore be connected in either the normally-open or normally-closed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. We recommend fitting of a diode between the power supply unit and the electric strike. No microswitch. One microswitch. 18 An ASSA ABLOY Group company

19 SIMPLE ELECTRIC STRIKES Solid 114 & 5114 Fail unlocked For use in access control where the security requirement must be balanced with the need for safety. For example computer rooms, plant rooms, laboratories or other specially designated areas of restricted access, particularly where quick evacuation access in an emergency may be necessary. Faceplate and pivoting staple manufactured from high grade steel. Body made of zinc alloy. Available in 12 and 24V DC versions. Medium strength resists up to 4,000 N (400 kg) side pressure on the pivoting staple. Tested to 1,000,000 opening cycles. Current consumption 190 ma for 12V DC versions or 110 ma for 24V DC version. Solid 114 DC continuous duty fail unlocked. The strike is closed as long as the current is on and opens automatically when the current is switched off. Fitting example Solid 5114 DC continuous duty fail-unlocked with built-in microswitch. The strike is closed as long as the current is on and opens automatically when the current is switched off. A microswitch monitors the latchbolt engagement. Solid 5114 Assa 5585 Solid Face plate 510 Important! The gap between the electric strike and the door should be 3 mm +/- 1 mm. Ensure that the lock case anti-thrust bolt is held in by the strike faceplate when the door is closed. There should be a gap of mm between the lock case latch bolt and the pivoting staple of the strike. Diode Coil All microswitches are of single-pole double-throw type. They may therefore be connected in either the normally-open or normally-closed position. Maximum power rating for all microswitches are 2A at 24V DC. The electric strike shall be supplied with direct current voltage, maximum +/- 10% deviation from the nominal current. We recommend fitting of a diode between the power supply unit and the electric strike. No microswitch. One microswitch. An ASSA ABLOY Group company 19

20 SIMPLE ELECTRIC STRIKES Solid 505, 510 & 520 Face plates General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 505 is suitable for door frames made of metal Faceplate 510 is suitable for door frames made of wood or metal. Faceplate 520 is suitable for door frames made of insulated aluminium. Faceplate is manufactured from high grade steel. Used in combination with Simple electric strikes Used together with single or double latch bolt locks. Solid 505 Solid 510 Solid 520 Dimensions Face plate 505 Face plate 510 Face plate An ASSA ABLOY Group company

21 SIMPLE ELECTRIC STRIKES Solid 511, 512 & 521 Face plates General The choice of faceplate is determined by a number of different factors that together provide the optimum combination of door/ lock/ faceplate. The frame/door leaf material can vary, e.g. wood, aluminium or steel, and the door s profile (square edged or rebated) must be taken into consideration. In order to be able to choose the electric strike and faceplate you must also know what type of mechanical lock is employed, whether it is a single or double latch lock, and also what the tongue measurement is between the leading edge of the door leaf and the lock s bolt. Faceplate 511 is suitable for door frames made of wood or metal. Faceplate 512 is suitable for rebated door frames made of wood. Faceplate 521 is suitable for door frames made of insulated aluminium. Faceplate is manufactured from high grade steel. Used in combination with Simple electric strikes. Used together with single or double latch bolt locks. Solid 511 Solid 512 Solid 521 Dimensions Face plate 511 Face plate 512 Face plate 521 An ASSA ABLOY Group company 21

22 DEAD BOLT ELECTRIC STRIKES Trioving HS 35 For use where the access control must work together with a high security deadbolt. The rapid operation of an electric strike, as compared to a motorlock, is recommended for high-traffic areas such as corridor doors and main entrances. Multifunction power Faceplate and pivoting staple manufactured from high grade steel. Available in 12 and 24V DC versions. High strength resists up to 10,000 N (1000 kg) side pressure on the pivoting staple. Tested to 1,000,000 opening cycles. Current consumption 950 ma for 12V DC versions or 650 ma for 24V DC version. HS35HO/VO DC continuous duty fail-unlocked with two built-in microswitches. The strike is closed as long as the current is on and opens automatically when the current is switched off. One microswitch monitors the latchbolt engagement, and the other monitors the deadlocking of the pivoting staple, thus giving 100% assurance that the door is properly secured. HS35HN/VN DC continuous duty fail-locked with two built-in microswitches. The strike opens when the current is on and locks automatically when the current is switched off. One microswitch monitors the latchbolt engagement, and the other monitors the deadlocking of the pivoting staple, thus giving 100% assurance that the door is properly secured. Reinforcement accessories HS 35/30, HS 35/40, HS 35/44. Dimensions HS 35/30 HS 35/44 HS 35/40 22 An ASSA ABLOY Group company

23 CODE LOCKS SOLICODE 190 and 210 For use where access to particular areas is restricted to persons knowing the digital pass code - for example doors between public and private areas in banks and shops, plant rooms, laboratories or other specially designed areas of restricted access. Compact and easy to install. The unit is programmed from the keypad. Memory battery backup. Requires entry of a 4-digit or 6-digit pass code in the correct sequence. Up to 1,000,000 codes available when using 6 digits. Two codes may be stored at one time, 4-6 digits. Suitable for internal and external use. Automatic anti-manipulation function. Anti-tailgating function when used with a monitored electric strike. May be connected to e remote switch or timer, making one code valid particular times of the day only. An auto-expiry code function is available. SOLICODE 190 SOLICODE 210 only Backlit keypad - backlighting can be turned off if not required. Duress alarm function. Entering the duress code opens the lock but also triggers a relay that may be used to activate a remote alarm. Flush mounted version available. Technical data Power supply 12-24V AC/DC. Current consumption min 10 ma, max 80 ma for SOLICODE 190. Current consumption min 10 ma, max 100 ma for SOLICODE 210. Output max 1A/24V. Cast zink alloy with white or black powder coating as standard. IP 54 rated housing. Stainless steel push buttons. Other finishes as brass and chrome (frosted/silver) are available. SOLICODE 210 An ASSA ABLOY Group company 23

24 CARD LOCKS SOLICARD 1100 For use where access to particular areas is restricted to authorised persons - for example doors between public and private areas, plant rooms, laboritories or other specially designed areas of restricted access. Compatible with electric strikes, motor locks and other locking devices. Access may be controlled at various levels: by magnetic swipe card and digital PIN, card only, common code or door unlocked. Compact and easy to install. The unit may be programmed from the keypad or using the Portable Programmer 6312HT. Block programming or deletion of multiple cards is possible. Use standard hi-co magnetic swipe cards. Up to 2000 cards may be used in the system. Option of using digital PIN codes or common codes. Anti-tailgating function when used with a monitored electric strike. Built-in clock and calendar, with up to 8 day types an 9 different access schedules. Backlit keypad - backlightning can be turned off if not required. Audit trail - event log can be printed. Technical data 12-24V AC/DC, max current 80 ma. Cast zinc alloy with white or black powder coating as standard. IP 54 rated housing. Stainless steel push buttons. Other finishes as brass and chrome (frosted/silver) are available. Portable programmer 6312 HT Optional programming unit, used as an easier alternative to programming via the keypad. LCD panel for instant feedback. May be connected to a printer for access to reports, including an audit trail of the last 2000 events after selected start time. 24 An ASSA ABLOY Group company

25 Solenoid locks Solenoid locks have a wide area of application and are suitable for doors where both reliability and security are major considerations. Solenoid locks offers a remote-controlled daytime locking that can be combined with a high level of security through a mechanical dead-bolt. The solenoid lock may be integrated with a complete access control systems or work as a stand alone unit together with for example code locks. Our solenoid locks are well known for high quality, security and durability. FUNCTIONS Fail locked This function means that the solenoid lock will be locked only as long as the power is off. In case of a power failure, the lock will remain locked. The lock will open as soon as it receives power. Fail unlocked This function means that the solenoid lock will be locked only as long as the power is on. In case of a power failure, the lock will open and will lock as soon as it receives power again. This function is typically used in emergency exit doors. Day locking The most important attribute for a day lock is quick opening and good durability rather than high security. Typically an electric strike or a solenoid lock is used as a day lock as both products provide durable solutions for doors with high frequent usage. Night locking A night lock is typically a motor lock rather than an electric strike or a solenoid lock. The motor lock has a much higher security level compared to electric strikes and solenoid locks the dead bolt function. It may be remote controlled, thus providing an automatic night-time locking. An ASSA ABLOY Group company 25

26 SOLENOID LOCKS Assa 8030 Assa solenoid handle locks are particularly suitable for use in hightraffic areas where both reliability and security are major considerations. Assa Modular lock case dimensions Extra sturdy construction for heavy duty use Latch bolt operated by lever handle once a correct opening signal has been received. Key or thumb turn will also operate latch. Latch is automatically deadlocked when the door is closed. Available in 50 mm or 70 mm backset. Fail locked and fail unlocked versions available. Microswitch monitors deadlocking of latchbolt. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 12 or 24V DC. Current consumption 60 ma for 24V version, 130 ma for 12V version. Operating requirements Solenoid lock: temp. 20 C to +40 C % relative humidity, non-condensating. Exterior Lever handle retracts latch after an electrical guided signal. Key operates latch. Interior Lever handle retracts latch after an electrical guided signal. Key or turn operate latch. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. 26 An ASSA ABLOY Group company

27 SOLENOID LOCKS Assa 8098 Assa solenoid handle locks with split spindle function, are particularly suitable for use in high-traffic areas where both reliability and security are major considerations and where the need for quick evacuation may be necessary. Assa Modular lock case dimensions Extra sturdy construction for heavy duty use Exterior - Latch bolt operated by external lever handle once a correct opening signal has been received. Interior Latch bolt mechanically operated by interior lever handle at all times. Key or thumb turn will also operate latch. Latch is automatically deadlocked when the door is closed. Available in 50 mm or 70 mm backset. Fail locked and fail unlocked versions available. Microswitch monitors deadlocking of latchbolt. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 12 or 24V DC. Current consumption 60 ma for 24V version, 130 ma for 12V version. Operating requirements Solenoid lock: temp. 20 C to +40 C % relative humidity, non-condensating. Spindles Special spindles, as shown below, must be used when lever handles are fitted to Assa Split Follower Locks. Assa lever handles are recommended. When using Assa emergency accessory 8563 the fixed spindle must be cut to correct length. Length of spindle For standard 43 mm handles For thicker 53 mm doors 63 mm Exterior Lever handle retracts latchbolt after an electrical guided signal. Key retracts latchbolt. Interior Lever handle retracts latchbolt. Cylinder Accessories: Set of outside cylinder ring, inside blind rose, cylinder ring screws and cylinder screws. An ASSA ABLOY Group company 27

28 SOLENOID LOCKS Assa 8020 Assa solenoid handle locks are particularly suitable for use in hightraffic areas where both reliability and security are major considerations. The 8020 incorporates manual deadlocking for increased night time security. Assa Modular lock case dimensions Extra sturdy construction for heavy duty use Exterior - Latch bolt operated by lever handle once a correct opening signal has been received. Interior Latch bolt and deadbolt mechanically operated by interior lever handle at all times. Key or thumb turn will also operate latch. Latch is automatically deadlocked when the door is closed. Additional hardened steel deadbolt thrown 20 mm by 90º turn of key or thumb turn. Available in 50 mm or 70 mm backset. Fail locked and fail unlocked versions available. Microswitch monitors deadlocking of latchbolt. Second microswitch monitor locked position of deadbolt. Optional third micro switch monitor unlocked position of deadbolt. May be used with security striking plate. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 12 or 24V DC. Current consumption 60 ma for 24V version, 130 ma for 12V version. Operating requirements Solenoid lock: temp. 20 C to +40 C % relative humidity, non-condensating. Spindles Special spindles, as shown below, must be used when lever handles are fitted to Assa Split Follower Locks. Assa lever handles are recommended. When using Assa emergency accessory 8563 the fixed spindle must be cut to correct length. Length of spindle For standard 43 mm handles For thicker 53 mm doors 63 mm Exterior Key operates deadbolt and latchbolt. Lever handle retracts latchbolt after an electrical guided signal. Interior Key operates deadbolt and latchbolt. Lever handle retracts both deadbolt and latchbolt. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. 28 An ASSA ABLOY Group company

29 SOLENOID LOCKS Assa 8025 Assa solenoid handle locks are particularly suitable for use in hightraffic areas where both reliability and security are major considerations. The 8025 incorporates manual deadlocking for increased night time security. Assa Modular lock case dimensions Extra sturdy construction for heavy duty use Latch bolt operated by lever handle once a correct opening signal has been received. Key or thumb turn will also operate latch. Latch is automatically deadlocked when the door is closed. Additional hardened steel deadbolt thrown 20 mm by 90º turn of key or thumb turn. Available in 50 mm or 70 mm backset. Fail locked and fail unlocked versions available. Microswitch monitors deadlocking of latchbolt. Second microswitch to monitor locked position of deadbolt. Optional third micro switch monitor unlocked position of deadbolt. May be used with security striking plate. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 12 or 24V DC. Current consumption 60 ma for 24V version, 130 ma for 12V version. Operating requirements Solenoid lock: temp. 20 C to +40 C % relative humidity, non-condensating. Exterior Key operates deadbolt and latchbolt. Lever handle retracts latchbolt after an electrical guided signal. Interior Key or turn operates deadbolt and latchbolt. Lever handle retracts both deadbolt and latchbolt. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. An ASSA ABLOY Group company 29

30 SOLENOID LOCKS Assa 8065 Assa solenoid handle locks are particularly suitable for use in hightraffic areas where both reliability and security are major considerations. The 8065 incorporates manual deadlocking for increased night time security. Assa Modular lock case dimensions Extra sturdy construction for heavy duty use Exterior - Latch bolt operated by lever handle once a correct opening signal has been received. Interior Latch bolt mechanically operated by interior lever handle at all times. Key or thumb turn will also operate latch. Latch is automatically deadlocked when the door is closed. Additional hardened steel deadbolt thrown 20 mm by 90º turn of key or thumb turn. Available in 50 mm or 70 mm backset. Fail locked and fail unlocked versions available. Microswitch monitors deadlocking of latchbolt. Second microswitch to monitor locked position of deadbolt. Optional third micro switch monitor unlocked position of deadbolt. May be used with security striking plate. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 12 or 24V DC. Current consumption 60 ma for 24V version, 130 ma for 12V version. Operating requirements Solenoid lock: temp. 20 C to +40 C. Control unit DAC 30: +5 to +40 C % relative humidity, non-condensating. Spindles Special spindles, as shown below, must be used when lever handles are fitted to Assa Split Follower Locks. Assa lever handles are recommended. When using Assa emergency accessory 8563 the fixed spindle must be cut to correct length. Length of spindle For standard 43 mm handles For thicker 53 mm doors 63 mm Exterior Key operates deadbolt and latchbolt. Lever handle retracts latchbolt after an electrical guided signal. Interior Key or turn operates deadbolt and latchbolt. Lever handle retracts latchbolt at all times. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. 30 An ASSA ABLOY Group company

31 Motor locks Motor locks have a wide area of application and is the best solution for doors where a high level of physical security is required. Motor locks offers a remote-controlled locking solution and are particularly suitable for automatic night-time locking and unattended entrance doors. The motor lock may be integrated with a complete access control systems or work as a stand alone unit together with for example code locks. Our motor locks are well known for high quality, security and durability. FUNCTIONS Day locking The most important attribute for a day lock is quick opening and good durability rather than high security. Typically an electric strike or a solenoid lock is used as a day lock as both products provide durable solutions for doors with high frequent usage. Night locking A night lock is typically a motor lock rather than an electric strike or a solenoid lock. The motor lock has a much higher security level compared to electric strikes and solenoid locks the dead bolt function. It may be remote controlled, thus providing an automatic night-time locking. 31

32 DAC-30 Control unit MOTOR LOCKS DAC-30 provides the intelligence of the motor lock system, and allows it to be integrated with a wide variety of other equipment. It may be used with a simple switch or linked to sophisticated access control, building management, and alarm systems. The control unit is for use with any of the Assa Motor Locks. Accepts inputs from any suitable switch, timer or host control system. 4 wiring system - 2 wires for power supply, 2 wires for communication. Encrypted communication between the DAC-30 and the Assa Motor lock. Offers unique possibilities to connect and read a day lock function in combination with a night lock function. Dimensions Suitable for connection to voltage free contacts from a switch or control system. These provide either simple unlocking or an override function. With this, the lock remains unlocked after the first authorised opening signal, until the function is turned off. The position of the bolt and door is monitored, and alarms will activate if the motor lock is prevented from opening properly. The bolt will automatically re-lock if the door is not opened within a specified time. If the bolt is blocked for any reason, the system will repeatedly attempt to throw it again. This is done at 5-seconds interval to prevent the motor burning out. Inputs: Relay outputs Daytime lock Alarm output Opening Security lock Control output: 12V Relay or Voltage Daytime lock Day lock Blocking Open External door Door position monitoring switch Technical data Power supply 12-24V AC/DC. Power consumption 200 ma. Temperature range +5 C to +40 C (not condesed). 32 An ASSA ABLOY Group company

33 MOTOR LOCKS Assa 8000S For use on premises where a high level of physical security is required, operated from a remote location. Assa Motor locks are particularly suitable for automatic night-time locking and unattended entrance doors. In doors with high opening frequency an electric day lock should supplement a motor lock. Assa Modular lock case dimensions. Extra sturdy construction for heavy duty use. Hardened steel deadbolt thrown 20 mm by motor or by 90º turn of key or thumb turn. Latch bolt reversible without opening the lock case. Available in 50 mm or 70 mm backset. Serial, encrypted communication between the control unit DAC-30 and the lock. Built-in magnetic contact monitors door position. Control unit DAC-30 works as a combined motor lock control unit and node, when combined with access control system Solicard 4000 and Solicard Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 17 to 24V AC/DC. Alternately 12 V DC stabilised. Current consumption at 24 V, DC, at rest 350 ma, in operation 400 ma, peak 800 ma (0.1 S). Relay load max. 1A. Operating requirements Motor lock: temp. 40 C to +70 C. Control unit DAC-30: +5 to +40 C % relative humidity, non-condensating. Exterior Motor operated deadbolt. Deadbolt is also operated by key. Lever handle retracts latchbolt. Interior Motor operated deadbolt. Deadbolt is also operated by key, thumbturn or emergency accessories. Lever handle retracts latchbolt. Assa s motor lock are supplied in complete sets containing motor lock, strike Assa 1887 with built-in magnet, control unit DAC-30 and 6 m connecting cable. Alternatively as a lock set only, without control unit. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. An ASSA ABLOY Group company 33

34 MOTOR LOCKS Assa 8001S For use on premises where a high level of physical security is required, operated from a remote location. Assa Motor locks are particularly suitable for automatic night-time locking and unattended entrance doors. In doors with high opening frequency an electric day lock should supplement a motor lock. Assa Modular lock case dimensions. Extra sturdy construction for heavy duty use. Hardened steel deadbolt thrown 20 mm by motor or by 90º turn of key or thumb turn. Available in 50 mm or 70 mm backset. Serial, encrypted communication between the control unit DAC 30 and the lock. Built-in magnetic contact monitors door position. Control unit DAC-30 works as a combined motor lock control unit and node, when combined with access control system Solicard 4000 and Solicard Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 17 to 24V AC/DC. Alternately 12 V DC stabilised. Current consumption at 24 V, DC, at rest 350 ma, in operation 400 ma, peak 800 ma (0.1 S). Relay load max. 1A. Opearating requirements Motor lock: temp. 40 C to +70 C. Control unit DAC-30: +5 to +40 C % relative humidity, non-condensating. Exterior Motor operated deadbolt. Deadbolt is also operated by key. Interior Motor operated deadbolt. Deadbolt is also operated by key, thumbturn or emergency accessories. Assa s motor lock are supplied in complete sets containing motor lock, strike Assa 1887 with built-in magnet, control unit DAC-30 and 6 m connecting cable. Alternatively as a lock set only, without control unit. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. 34 An ASSA ABLOY Group company

35 MOTOR LOCKS Assa Evolution 810S For use on premises where a high level of physical security is required, operated from a remote location. Assa Motor locks are particularly suitable for automatic night-time locking and unattended entrance doors. In doors with high opening frequency an electric day lock should supplement a motor lock. Extra sturdy construction for heavy duty use. Hardened steel swing-type deadbolt thrown 25 mm by motor or by 90º turn of key or thumb turn. Provides maximum resistance to force. New, improved latch bolt design for smoother operation. Available in 35 mm, 50 mm or 70 mm backset. Serial, encrypted communication between the control unit DAC 30 and the lock. Incorporates a built-in magnetic door contact which corresponds to a magnet in the striking plate. Control unit DAC-30 works as a combined motor lock control unit and node, when combined with access control system Solicard 4000 and Solicard Locking by motor takes less than 0.5 seconds. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data The great advantage with a hook bolt is that the door and frame are hooked together and makes it difficult to break in. 17 to 24V AC/DC. Alternately 12 V DC stabilised. Current consumption at 24 V, DC, at rest 120 ma, in operation 350 ma. Relay load max. 1A. Operating requirements Motor lock: temp. 40 C to +70 C. Control unit DAC-30: +5 to +40 C % relative humidity, non-condensating. Exterior Motor operated hookbolt, is also operated by key. Lever handle retracts latchbolt. Interior Motor operated deadbolt, is also operated by key, thumbturn or emergency accessories. Lever handle retracts latchbolt. Assa s motor lock are supplied in complete sets containing motor lock, strike Assa with built-in magnet, control unit DAC-30 and 6 m connecting cable. Alternatively as a lock set only, without control unit. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. An ASSA ABLOY Group company 35

36 MOTOR LOCKS Assa Evolution 811S For use on premises where a high level of physical security is required, operated from a remote location. Assa Motor locks are particularly suitable for automatic night-time locking and unattended entrance doors. In doors with high opening frequency an electric day lock should supplement a motor lock. Extra sturdy construction for heavy duty use. Hardened steel swing-type deadbolt thrown 25 mm by motor or by 90º turn of key or thumb turn. Provides maximum resistance to force. Available in 50 mm or 70 mm backset. Serial, encrypted communication between the control unit DAC 30 and the lock. Incorporates a built-in magnetic door contact which corresponds to a magnet in the striking plate. Control unit DAC-30 works as a combined motor lock control unit and node, when combined with access control system Solicard 4000 and Solicard Locking by motor takes less than 0.5 seconds. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data The great advantage with a hook bolt is that the door and frame are hooked together and makes it difficult to break in. 17 to 24V AC/DC. Alternately 12 V DC stabilised. Current consumption at 24 V, DC, at rest 120 ma, in operation 350 ma. Relay load max. 1A. Operating requirements Motor lock: temp. 40 C to +70 C. Control unit DAC-30: +5 to +40 C % relative humidity, non-condensating. Exterior Motor operated hookbolt, is also operated by key. Interior Motor operated deadbolt, is also operated by key, thumbturn or emergency accessories. Assa s motor lock are supplied in complete sets containing motor lock, strike Assa with built-in magnet, control unit DAC-30 and 6 m connecting cable. Alternatively as a lock set only, without control unit. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. 36 An ASSA ABLOY Group company

37 MOTOR LOCKS Assa 8087S For use on premises where a high level of physical security is required, operated from a remote location. Assa Motor locks are particularly suitable for automatic night-time locking and unattended entrance doors. In doors with high opening frequency an electric day lock should supplement a motor lock. Extra sturdy construction for heavy duty use. Hardened steel swing-type deadbolt thrown 22,5 mm by motor or by 90º turn of key or thumb turn. Provides maximum resistance to force. Available in 28 mm backset. Serial, encrypted communication between the control unit DAC-30 and the lock. Incorporates a built-in magnetic door contact which corresponds to a magnet in the striking plate. Control unit DAC-30 works as a combined motor lock control unit and node, when combined with access control system Solicard 4000 and Solicard Locking by motor takes less than 0.5 seconds. Recommended specification includes manual override using cylinders, or emergency accessories. Technical data 17 to 24V AC/DC. Alternately 12 V DC stabilised. Current consumption at 24 V, DC, at rest 350 ma, in operation 550 ma, peak 1400 ma (0.1 S). Relay load max. 1A. Operating requirements Motor lock: temp. 40 C to +70 C. Control unit DAC-30: +5 to +40 C % relative humidity, non-condensating. Exterior Motor operated hookbolt, is also operated by key. Interior Motor operated deadbolt, is also operated by key, thumbturn or emergency accessories. Assa s motor lock are supplied in complete sets containing motor lock, strike with built-in magnet, control unit DAC-30 and 6 m connecting cable. Alternatively as a lock set only, without control unit. Cylinder Accessories: Set of outside cylinder ring, inside cylinder ring, cylinder ring screws and cylinder screws. An ASSA ABLOY Group company 37

38 Magnets and accessories Magnets Door magnets may be used in doors where safety and quick exit are of importance and should be combined with a certain degree of security. Door magnets are typically a good alternative to an electric strike. Door magnets are also a good choice for doors that are situated in a tough environment. One advantage with a door magnet compared to another locking solution is that it has no movable mechanical parts that can cause mechanical malfunction. At the same time, the strong magnetic force is effective in holding the door locked. Typically, the door magnet should be connected to a fire alarm and/or a separate emergency opening button. Cupboard locks The cupboard lock is a small and compact electrical lock used in applications such as drawers, cabinets and window displays. It is available in 4 different models with or without microswitch and also with impulse function. s also include fail locked and fail unlocked. 38 An ASSA ABLOY Group company

39 ELECTRIC CUPBOARD LOCKS Solid 1048, 1048BS, 1049 and 1049BS Solid 1049 Easily adjustable between fail locked and fail unlocked. Solid electric cupboard locks have been developed for locking fixtures and fittings, e.g. drawers, filing cabinets and window displays, as well as letter boxes. Dimensions The lock may be controlled by a push-button, time switch, code lock or more advanced access systems. Solid 1048, 1048BS are electric cupboard locks with an impulse design. Holding power 100 kg Are available with bolt contact (BS) max. 1A switch output Fail locked means that lock is locked in no-power position. Fail unlocked means that lock is locked when there is power. Technical specification Designation Latch bolt contact Voltage Current consumption Holding power Temperature range VDC 12 VDC 280mA 100 kg +10 C +40 C 24 VDC 140mA 1049BS VDC 12 VDC 280mA 100 kg +10 C +40 C 24 VDC 140mA VAC/VDC 12 VDC 900mA 100 kg -10 C +60 C 12 VDC 500mA 24 VDC 450mA 24 VDC 230mA 1048BS VAC/VDC 12 VDC 900mA 100 kg -10 C +60 C 12 VDC 500mA 24 VDC 450mA 24 VDC 230mA An ASSA ABLOY Group company 39

40 DOOR HOLDER MAGNETS Magnum door magnets Solid 827 Solid magnum 827SD, push-door set Push-door set Solid 827 magnum door-holder magnet is primarily designed for keeping light push-doors closed. Suitable places can be doors for X-ray departments at hospitals or the locking of light push-partitions in meeting rooms. The door-holder magnet s anchor has spring-loaded ejector bolts in order to overcome any residual magnetism. Technical specification Model Holding power in kilo Current consumption 12VDC / 24 VDC Length in mm Depth in mm Height in mm Solid ma / 250 ma An ASSA ABLOY Group company

41 DOOR HOLDER MAGNETS Magnum door magnets Solid 828 Solid magnum 828 with anchor. Magnum door-holder magnets are primarily designed to keep doors shut in emergency exit routes. Suitable places can be emergency exit doors in factories, sports halls, department stores, high frequency use doors and doors where other electrical locking is not possible. The magnets are protected against sabotage, such as lacquer, paint sprays or impact marks on the contact surfaces. If the magnet is not pulling with its full power, this is shown by a diode on the front. The magnets have no mechanical parts that form obstacles. With their efficient magnetic force they keep the doors locked, but are still easily and safely able to be opened in the event of evacuation (breaking the current circuit). If the magnets are further connected to a fire alarm and individual emergency opening buttons, a high emergency evacuation safety level is achieved. Accessories Fixing plate for secure fitting of anchor Assembly kit for fitting on the door s hinge side. Indication the magnet indicates by means of a red and green light diode when the door is locked/unlocked. The indication is also given by means of a freely alternating relay for external needs (e.g. manoeuvre panel, gate connections etc.) Anti-residual magnetism the magnets have built-in electronics that eliminate residual magnetism in the event of a loss of power Angle console for magnet Technical specification Modell Holding power in kg Current consumption 12VDC / 24 VDC Length in mm Depth in mm Height in mm Solid 828 > ma / 250 ma An ASSA ABLOY Group company 41

42 Door loop Assa 8810 and Concealed ACCESSORIES Assa 8810 Assa 8811 Door loops 8810 and 8811 are designed for transition of the electrical leads from the door to the frame section. For maximum bend safety a lead is employed with the highest possible number of wires, maximum cable thickness 7.4 mm. Assa 8811 is used if the door s opening angle is greater than 120 or if the lateral displacement on spring is greater than 40 mm. Door loops are installed in the upper part of the door s hinge side. Drilling for the protective plate is made in the door. Pulling the lead through is done before the protective plate and the spring are fitted. The drilling should be made big enough for the leads to be able to move about a bit. Dimensions Door loop Solid 83 - Surface mounted Solid 83 Is a 400 mm flexible metalltube with fittings in white plastic. Max cable dimension 6 mm round cable. Solid 83/600 Same as above but in 600 mm length. 42 An ASSA ABLOY Group company