电磁锁安装使用说明书(双孔)

NOTE: Products with model numbers ending in "Q" or labeled with a round green "Q" sticker are certified RoHS compliant.Double-Door Electromagnetic LockE-941DA-600Q 600-lb. (272kg) E-941DA-1K2Q 1200-lb. (545kg)With LED, Bond SensorE-941DA-600PQ 600-lb. (272kg) E-941DA-1K2P 1200-lb. (545kg)MANUALSECO-LARM ELECTROMAGNETIC LOCK2SECO-LARM U.S.A., Inc.Table of Contents: Introduction:Features:The E-941DA series of electromagnetic locks is the ideal way to secure double doors againstunauthorized entry. When power is applied to the electromagnetic locks, it creates an extremely strong magnetic field. The electromagnets are strongly attracted to the steel armature plates which are mounted on the protected doors. Once the electromagnets are deactivated, the secured doors will open and close normally without any residual magnetism.∙ Anodized aluminum. ∙ No residual magnetism. ∙ MOV surge protection.∙ Adjustable mounting bracket.∙ Complete mounting hardware for typical installations. ∙“L” bracket and “Z” brackets available for easy mounting.∙ 12/24VDC selectable. ∙ Detachable faceplate.E-941DA-1K2P and E-941DA-600PQ also feature:∙ 2 Built-in dual-colored status LED and bond sensors to show locking status of each door:Parts List:1 x Mounting plate 1 x Electromagnet2 x Armature plate 2 x Armature screw 4 x Steel washers 2 x Rubber washer 2 x Door spacer 2 x Sexnut bolt 4 x Guide pins 8 x Long self-tapping screws 4 x Short self-tapping screws 4 x Hex-head mounting screws 4 x Tamper caps 1 x Allen wrenchInstallation Notes Installation Wiring Diagram Maximum Wiring Distance TroubleshootingWarranty Introduction Features Parts List Specifications Overview Installation Applications 22223344-6 7 7 8 8Specifications:SECO-LARM ELECTROMAGNETIC LOCKSECO-LARM U.S.A., Inc.3“L ”-Bracket and “Z ”-BracketInstallation Applications:NOTE : When mounting the electromagnets , it may be necessary to use a “Z”-bracket, 1 or 2 “L”-brackets, and/or plate spacers, depending on the location and the type of doors and frame. Use the diagram below to help decide whether or not an optional bracket will be necessary for installation.See page 7 for a complete list of SECO-LARM accessories..“L” BracketTypicalInstallation “U” Bracket(Typically for glass doors)Plate SpacersArmature-Mounting PlateSECO-LARM ELECTROMAGNETIC LOCK4 SECO-LARM U.S.A., Inc.1. Read this installation manual thoroughly. A clear understanding of the product and this manual will make installation much easier.2. The electromagnetic locks are designed for indoor use ONLY.3. The most suitable mounting location for the electromagnetic locks may require the use of additional SECO-LARM accessories such as Z-brackets, L-brackets, and/or spacer plates. Please see the diagram on page 3 to decide if a particular application requires any mounting accessories. See page 7 for a complete list of SECO-LARM accessories.4. Do not run power wires and signal wires in the same conduit as this may cause interference.5. Do not install a diode in parallel with the electromagnetic locks as this may cause a delay when releasing the door as well as cause residual magnetism.6. The best location to install the electromagnetic locks is on the inside of the doors that are being secured with the wiring concealed in the frame to prevent tampering with the unit.1. Fold the mounting template along the dotted line toform a 90-degree angle.5. Use a hammer to lightlytap the guide pins into the guide pin holes on the armature plates 6. .Installation:Installation Notes:SECO-LARM ELECTROMAGNETIC LOCKSECO-LARM U.S.A., Inc. 5Mounting PlateArmature Plate 90The rubber washer will be sandwiched between the two metal washers.Armature screwGuide pins1/4” (6.8mm) for M8x1.25 threadMetalwashers 5/8” (16mm)5/16” (8mm)1/2” (12 .7mm)5/16” (8mm)SECO-LARM ELECTROMAGNETIC LOCK6SECO-LARM U.S.A., Inc.EAP-5D1QAlso Available from SECO-LARM:SK-1123-SQ SD-7202GC-PEQAccess Control Power Supply Stand-Alone Access KeypadsWired or Wireless RTE Plates(shown)Voltage Converters or BoosterST-LA110-TTQ (shown)Complete line of Electromagnetic Locks and StrikesE-941SA-1200(shown)(shown)Position two jumperson all four pins forSECO-LARM ELECTROMAGNETIC LOCKSECO-LARM U.S.A., Inc. 724VDC Minimum Wire Gauge:Wiring Diagram:Maximum Distance from Power Source to Electromagnetic Lock:N.C. COM N.O.L E DFor a complete chart, please visit Optional SECO-LARM Electromagnetic Lock Accessories:600-lb. Models 1200-lb. ModelsE-941S-600/ZQ E-941S-1K2/ZQE-941S-600/LQ E-941S-1K2/LQE-941S-600/PQ E-941S-1K2/PQE-941S-1K2/UQE-941S-600/UQ “L” Brackets Plate Spacers “Z” Brackets(includes 1 “L” Bracket) Glass Door“U” Brackets E-941S-1K2/ZRQ(Right-side “Z” Bracket for E-941DA-1K2P)E-941D-1K2/P(for E-941DA-1K2P)Additional Models E-941S-1K2/HQE-941S-600/HQ Armature Plate HoldersDescription*NOTEDoes not include armature plateCAUTION: Each lock has its own circuit board, for a total of two circuit boards. Please wire each circuit board and program the voltage-jumper selections according to the diagram below.Position a jumper over the two middle pins for Position two jumpers on all four pins for 12VDC operationSECO-LARM ELECTROMAGNETIC LOCK8SECO-LARM U.S.A., Inc.No relay outputTroubleshooting:LIFETIME LIMITED WARRANTY This SECO-LARM product is warranted against defects in material and workmanship while used in normal service for the lifetime of the product. SECO-LARM’s obligation is limited to the repair or replacement of any defective part if the unit is returned, transportation prepaid, to SECO-LARM. Under no circumstances will SECO-LARM be responsible for any costs or charges for removal, installation, or reinstallation. This Warranty is void if damage is caused by or attributed to acts of God, physical or electrical misuse or abuse, neglect, repair, or alteration, improper or abnormal usage, or faulty installation, or if for any other reason SECO-LARM determines that such equipment is not operating properly as a result of causes other than defects in material and workmanship. The sole obligation of SECO-LARM, and the purchaser’s exclusive remedy, shall be limited to repair or replacement only, at SECO-LARM’s option. In no event shall SECO-LARM be liable for any special, collateral, incidental, or consequential personal or property damages of any kind to the purchaser or anyone else. This lifetime limited warranty is for products sold and installed in the United States and Canada. For all other countries the warranty is 1 (one) year.NOTICE: The information and specifications printed in this manual are current at the time of publication. However, the SECO-LARM policy is one of continual development and improvement. For this reason, SECO-LARM reserves the right to change specifications without notice. SECO-LARM is also not responsible for misprints or typographical errors. Copyright © 2010 SECO-LARM U.S.A., Inc. All rights reserved. This material may not be reproduced or copied, in whole or in part, without the written permission of SECO-LARM.SECO-LARM U.S.A., Inc.16842 Millikan Avenue, Irvine, CA 92606Website: Tel: 800-662-0800 / 949-261-2999 Fax: 949-261-7326E-mail: sales @MiE941DA_1007.docxDoors do not lock Bond status LEDs do not IlluminateCheck to make sure the wires are securely tightened to the terminal block. Check that the power supply is connected and operating. Use a meter to check the resistance of coils inside the locks. See below. Make sure the rubber washer is installed and free from damage. Doors lock, but can easily be forced openMake sure the electromagnet and armature plates are properly aligned. Make sure the contact surfaces of the electromagnet and armature plates are clean and free from rust. Check the power leads with a meter, and make sure 12VDC or 24VDC is present. Use a meter to check the resistance of coils inside the locks. See below. Make sure the rubber washer is installed and free from damage. The electromagnet is fitted with a metal oxide varistor to prevent interference, so do not install a second diode. Delay in door releasing Check that the power is connected properly and turned on. Make sure the locks are aligned properly. Make sure the NO/NC/COM are wired properly.PITGW1。

一、产品概述
1、适用范围
DSN-DMY\DMZ户内电磁锁，适用于额定电压3.6、7.2、12、40.5KV，频率为50Hz的户内高压电气设备中，与传感器配合使用，具有带电指示和强制闭锁两个功能，适用于装配在各种开关柜前、后门及其它需要闭锁的部位实现强制闭锁，从而可靠地防止电气误操作，防止误入带电间隔，提高配套产品的防误性能。

DSN□-DM户内电磁锁由机械、电气两部分组成，机械部分由门锁铁芯，压缩弹簧等组成。

电气部分由显示部分、主机线路板、电磁线圈、行程开关等组成。

其工作原理是利用传感器抽取高压信号，使发光二极管发光分别指示A、B、C三相高压带电状况，当高压主母线不论哪一相带电时，继电器动作，接点打开，使电磁铁线圈断电,这时，电磁锁无法实现开锁，当高压主母线三相均不带电，断电器动作，接点闭合，电磁锁线圈通电，吸合锁扣，电磁锁可以打开，这时，就实现了强制电气闭锁二、主要技术数据
四、安装说明
1、使用该锁必须配置GSN、DXN系列高压带电显示装置的传感器，传感器的电压等级可根据用户要求选用，安装使用参见《高压带电显示装置》
正常操作步骤：
1、通入工作电压，电源指示灯亮，L1、L
2、L3三相指示灯不亮，说明高压回路不带电，该状态允许开锁。

2、将手柄向开锁相反方向转到位，按下电磁锁按钮，开锁灯亮，转动手柄（Y-右开，沿逆时针方向转动，Z-左开，沿顺时针方向转动）即可开锁。

3、若开锁指示灯不亮，显示部分指示灯亮，则表示不能开锁。

DSN型电磁门锁安装使用说明书
1，产品用途和使用范围
本产品是一种防止高压开关设备电气误操作的电控机构联锁装置，主要供高低压开关柜、箱式变柜门以及其他需要安全联锁的地方实现强制联锁，防止误入带电间隔和防误操作的发生，是发电和供电部门不可缺少的闭锁装置。

2，产品原理
本产品是应市场需求，推出的与本公司前几种产品不一样的电磁锁。

电磁锁内自带闭锁装置，无需跟高压带电显示闭锁装置连接，直接从变压器低压侧或者PT 低压侧取电（220V、110V），当电磁锁不通电时，按下按钮转动把手即可打开柜门。

当电磁锁通电时，任何方法均无法打开（除非把锁破坏性拆除）。

紧急情况下，可以用随机附带的紧急解锁钥匙打开柜门。

（解锁钥匙必须专人保管）3，工作条件
周围空气温度：上限：+40℃，下限：一般地区-10℃，高寒地区-25℃。

海拔高度：安装地区海拔不高于1000m。

环境湿度：空气相对湿度日平均不大于95%、月平均值不大于90%。

环境条件：无明显污秽、无易燃、易爆、化学腐蚀和盐雾及无经常性剧烈振动场所。

开孔图：。

一．磁力锁的安装方法
第一步：首先用螺丝刀打开盖板，再用六角扳手打开边板，准备安装（见图一）
图一
第二步：拿出安装纸板（与锁具配套），将纸板沿着虚线折叠按图二所示方法把纸板放到所需装锁的位置，然后把需要打孔的地方做上记号后打孔。

图二
第三步：
A.衔铁的固定（参见图三）
将内六角螺丝插入衔铁中，把橡胶垫片置于两片金属垫片之间，然后套在内六角螺
丝上。

将衔铁插入门上打的三个孔中，同时把香菇头从门的另一面插入，利用六角扳手将衔铁锁在门上。

图三
B．边板的固定（参见图三）
把边板用两个半圆头螺丝固定在先前打孔的门框上（固定在边板的长形孔中）。

注意：不要将边板锁紧，让其能前后能移动以利于安装位置的修正。

C．修正边板的位置
使边板与衔铁的位置合适，目的使锁主体能与衔铁紧密的接触。

D：固定锁主体与边板
锁紧边板的半圆头螺丝后，再锁上所有的沉头螺丝，然后再卸下半圆头螺丝，在适当的位置钻孔以便接线。

用六角扳手把锁主体锁在边板上(参见图四)
图四
第四步：按照说明书的指示接线。

参见图五
图五
第五步：盖上盖板。

参见图六
图六
第六步：防跌落装置的固定，先将防跌落支架与锁主体用两颗螺丝固定，再使用自攻螺丝把防跌落支架固定在门框上，同时，将衔铁上的防跌落不锈钢链条固定在门板上。

最终安装完成效果图如下：。

REV 1.0Fitting Instructions for Standard Electro Magnetic Lock - Model 10010/20/40/60The fixing option you use will depend on the height and depth of the Door frame header.1. Fig. 1 shows an outward opening door with a deep frame header. The Standard Flat Mounting plate which comes with the magnet can be used if measurement 'A' is at least 60mm (2.36") and 'B' is at least 80mm (3.15").2. Fig. 2 shows an outward opening door with a shallow frame header. The optional Transom 'L' bracket (AC-EMBR006) must be used if measurement 'A' is less than 45mm (1.75") and 'B' is at least 80mm (3.15").3. Fig. 3 shows an inward opening door for which the 'Z&L' bracket set must be used. The optional 'Z&L' bracket set (AC-EMBR026F) must be used if measurement 'A' is up to 20mm (0.78") and 'B' is at least 60mm (2.36"), 'C' must be at least 60mm (2.36").If any of the above measurement requirements do not match you may need to use a different magnetic lock . Important points to consider during installation:1. Check that the door is properly aligned with the door frame when in the closed position. If the gap around the door and frame is not equal the magnet should not be fitted until the door is correctly aligned.2. Always handle the equipment with care as damage to the mating surfaces of the magnet or armature plate may reduce locking efficiency.3. Ensure the correct screws and fittings from the fixing pack are used as incorrect screws or fittings will affect the operation of the magnetic lock and armature plate.4. It is essential that the magnetic lock and armature plate are correctly aligned and installed correctly.5. When using the template the door must be in the closed and latched position.6. Thread lock must be applied to all threads on the magnetic lock and fixing brackets and the armature Standard magnetic lock is suitable for Timber or Aluminium Entry and Exit doors to provide controlled access via an Access Control System. It should not be used as the only lock securing the door, a mortice deadlock or similar should also be fitted.It can also be used on an Internal door when a stronger holding force may be needed.It is essential that the Header Frame and Top Rail of the door are strong enough to accommodate the magnet and Armature Plate, if in doubt consult door and frame supplier for advice.NOTE: THIS LOCK IS SUITABLE FOR SOLID DOORS 35-53mm THICK OR HOLLOW DOORS 35-46mm THICK.A B C D E F G H I J LM N OFIXING PACK CONTENTS QTY M8 Counter sunk Allen bolt 50mm (2") long1Dome nut 41 x 12mm (1.6x0.5") ChromeAluminium spacer 43 x 16mm (1.7x0.63") (For hollow doors)No 10. 32mm (No 10x1.25") Csk wood screwNo 8. 15mm (No 8x0.6") Csk wood screw (for slotted holes)Steel washer 22mm (0.87") diameter (for Armature plate)Rubber washer 15mm (0.6") diameter (for Armature plate)*Guide pin 16 x 5mm (0.63x0.2") (split dowel)M5 x 8mm (0.31") Csk Machine screw M4 x 25mm (0.5") Csk screw (thread relieved)Allen key wrench 5 x 80mm (0.2x3.15")M8 Nylock nut (for use with 'Z' bracket)M6 Allen bolt 36mm (1.42") long Incl head**Metal spacer 21 x 9mm (0.83x0.35")**1111822222222A B C D E FG H IJLM N O * + 1 Spare(see Fig.1).2. With the door closed and latched fix the template to the door and frame. Place the edge of the template 60mm (2.4") from the side frame (see Fig.4).3. Mark the centre of each hole shown on the template and drill holes to size and depth stated on Template.4. From the outside of the door enlarge the 9mm hole to 12mm to a depth of 36mm (On Hollow doors enlarge the hole to 16mm through the outer door skin only to accomodate the a hollow door push the the Aluminium spacer (C) into the 16mm hole then cut down flush with door face. Push Dome nut (B) into Spacer (C).6. Gently tap the 2 guide pins (H) into the holes on the back of the Armature plate. Push the M8 50mm Allen bolt (A) through the countersunk hole in the Armature plate. Slide a Steel washer (F) over the M8 Allen bolt at the back of the Armature plate followed by a Rubber washer (G) and a Steel washer (F). (see Fig.5).7. Fix the Armature plate to the door using the Allen key (L) and tighten until the Armature plate sits 3-5mm away from 8. Using the Allen key wrench (L) remove the two M6 Allen bolts (N) and metal spacer (O) through the holes at the base of the magnetic lock. Slide the Mounting plate forward and lift up to remove it from the lock (see Fig.6).10mm cable hole is visible through the oval hole of the plate.Fix using two No 8 15mm Csk screws (E) through the slotted holes into pilot holes drilled previously (see Fig.7).Oplate towards the Armature plate until the edges are 2-3mm apart and parallel along the length of the armature plate (see Fig.8).O14. Hold the Magnet with the front facing the armature plate and the mushroom head screws at the top. Lift the magnet up onto the Mounting plate with the mushroom head screws located into the 13mm slotted holes and push forward towards the Armature plate. (see Fig.10).15. Fix the magnet to the mounting plate using two M6 Allen bolts (N) and Metal Spacer (O) fixed through the holes in the bottom of the magnet and tighten with the Allen key wrench (L).frame (see Fig.11) and connect to Magnet PCB as per wiring instructions on pages 7&8.17. Apply voltage to the Magnet. Close the door andcheck Armature plate is correctly aligned with the magnet. Apply firm pressure against the door to check magnet is holding properly. Remove voltage and open the door.apply Thread lock. Re-fit as per steps 6&7.19. Remove one at a time the M6 Allen bolt (N) from the bottom of the magnet and apply Thread lock. Re-fit as per step 15.20. Using the two M4 25mm Csk screw (J) fix the PCB cover plate in position on the magnet and into the counter sunk hole at the opposite end (see Fig.12). These screws will prevent the M6 Allen bolt from unscrewing (see Fig.12A).11. Mark the centres of the 6 countersunk holes through the Mounting plate.12. Drill six 3.2mm dia. holes to a depth of 25mm for the No 10. 32mm Csk screws.13. Fix the Mounting plate with the 6 No. 10 32mm Csk screws (D). (see Fig.9).ALLEN BOLTS FROM UNSCREWINGFIG 17Head Frame. (see Fig.2).2. With the door closed and latched, tape the template to the door and frame. Place the edge of the template 60mm from the side frame. (see Fig.13).3. Mark vertical lines for the 'L' bracket at the edge of the template, mark centre of each hole shown on the template. Drill all holes to the size and depth shown on template.4. From the outside of the door enlarge the 9mm hole to 12mm to a depth of 36mm (on a hollow metal door drill a 16mm hole through the outer door skin only to accommodate a hollow door push the the Aluminium spacer (C) into the 16mm hole then cut down flush with door face. Push Dome nut (B) into Spacer (C).6. Gently tap the 2 guide pins (H) into the holes on the back of the Armature plate. Push the M8 50mm Allen bolt (A)through the counter sunk hole in the Armature plate followed by one Rubber washer (G) sandwiched between 2 Steel washers (F) behind the Armature plate. (see Fig.14).7. Fix the Armature plate to the door using the Allen key (L) and tighten until the Armature plate sits 3-5mm away from the 8. Using the Allen key wrench (L) remove the two M6 Allen bolt (N) and Metal spacer (O) through the bottom of the magnetic lock. Slide the Mounting plate forward and lift up to remove it from the magnet. (see Fig.15).9. Remove the two Mushroom head screws from the top of the magnet and replace with the two M5 8mm machine screw (I).10. Use the Transom 'L' bracket (AC-EMBR006) as atemplate. Place the short side between the vertical lines on the frame (make sure it is flat against the frame) the bottom of the bracket should be 5mm below the underside of the frame header (fig 16).12. With the door closed and latched place the face of the magnet so that it touches the Armature plate and check that the hole in the top of the magnet lines up with one of the tapped holes on the bracket. If the holes do not line uploosen the M8 Allen bolt (A) making sure the gap behind the14. Pass lock cable through the cable entry hole (see Fig.19) and connect to Magnet PCB as per the wiring instructions on pages 7&8.15. Apply voltage to the Magnet. Close the door and check Armature plate is correctly aligned with the magnet. Apply firm pressure against the door to check magnet is holding properly. Remove voltage and open the door.16. Remove M8 Allen bolt (A) from Armature plate and apply Thread lock. Re-fit as per step 6&7.17. Remove one at a time the M6 Allen bolt (N) from the bottom of the magnet and apply Thread lock. Re-fit as per step 13.18. Using the two M4 25mm Csk screw (J) fix the PCB Cover plate in postion on the magnet and into the counter sunk hole at the opposite end (see Fig.20). These screws will prevent the M6 Allen bolt from unscrewing (see Fig.20A).13. Fix the magnet to the bracket using two M6 Allen bolts (N) and Metal spacer (O) fixed through the holes in thebottom of the magnet and tighten with the Allen key wrench (L). (see Fig.18).OALLEN BOLTS FROM UNSCREWINGFixing detail - Standard Double Magnetic Lock - Models 10040 and 10060REV 1.0Installation to Deep Header frame using Flat Mounting PlateInstallation to Shallow Header frame using 2 Transom 'L' BracketsThe Standard Double magnetic locks are used for a pair of double doors. They are fixed in exactly the same way as the Single version using 2 fixing packs.1. With both doors closed and latched fix the template across the centre of both doors and continue as steps 3&4 on page 2 (see Fig. 21).2. Fit the 2 Armature plates to each door as per steps 5-7 (Fig.5) on page 2.3. Remove the four M6 allen bolts (N) and Metal spacers (O) as per step 8 page 2 (see Fig.22).4. Fix the Mounting plate using 4 No.8 15mm Csk screws (E) as per step 9 page 2. Ensure Mounting plate is adjusted correctly as per step 10 (Fig.8) page 2.5. Fix the mounting plate using 12 No. 10 32mm Csk screws (D) as per steps 11-13 (Fig.9) page 3.6. Fix the Magnet to the mounting plate using four M6 Allen bolts (N) & Metal Spacers (O) as per steps 14&15 page 3.7. Fit 2 seperate cables for each magnet PCB as per steps 16&17 (Fig.11) page 3.8. Apply Thread lock to Allen Bolts as per steps 18&19 page 3.9. Fit four M4 25mm Csk screws (J) as per step 20 (Fig.12) page 3.1. With both doors closed and latched fix the template across the centre of both doors and continue as steps 3&4 on page 4 (see Fig. 23).2. Fit the 2 Armature plates to each door as per steps 5-7 (Fig.5) on page 4.3. Remove the four M6 allen bolts (N) and Metal spacers (O) as per step 8&9 page 4 (see Fig.22).4. Place the two 'L' brackets together and continue as per steps 10&11 page 4 (see Fig.24).5. Close both doors and line up Magnet with brackets as per step 12 (Fig.17) page 4.6. Fix the Magnet to the 2 'L' brackets using four M6 Allen bolts (N) & Metal Spacers (O) as per step 13 (Fig.18) page 5.7. Fit 2 seperate cables for each magnet PCB as per steps 14&15 (Fig.19) page 5.8. Apply Thread lock to Allen Bolts as per steps 16&17 page 5.9. Fit four M4 25mm Csk screws (J) as per step 18 (Fig.20) page 5.The standard magnet is designed to be operated by 12 or 24 volt DC systems. The Printed Circuit Board (PCB) in the magnet is factory set for 12V operation but can easily be changed for 24V operation (see wiring detail). The PCB also has built - in protection against Back EMF surges which means a seperate Diode or MOV is not needed. Because the magnet is Fail Unlock (Fail Safe) it needs a constant DC supply to hold the Armature plate in position, it is therefore recommended that a Rechargable Battery is fitted in the Power supply.Important Points to consider before Installation:-1. The Magnet must be connected to a Regulated DC Power supply (Ideally with BatteryBackup facility).2. Input voltage at the magnet PCB must be 12 or 24V `10%3. The PCB already has built-in protection against Back EMF surges.4. The Maximum current draw for 12V is 500mA and for 24V 250mA (Double version willdraw twice as much).5. DO NOT reverse polarity as this will result in damage to the PCB and Coil.6. There are two versions of the PCB - Unmonitored (Models 10010 and 10060) andMonitored (Models 10020 and 10040).7. Ensure all cabling and wiring connections conform to current Electrical Legislation.1. Check magnet PCB is set for correct voltage (Factory setting is 12V).2. Connect Negative Output (-) from Power Supply to terminal 2 (-) on Magnet PCB.3. Connect Positive Output (+) from Power Supply to Common of Relay or Exit switch.4. Connect Normally Closed (N/C) on Relay or Exit switch to terminal 1 (+) on Magnet PCB.5. With the door open switch Power supply On and check that the Magnet will hold a Screwdriver.6. Operate the Access Control Relay or Exit switch whilst holding the screwdriver to check magnet is working.7. If the Screwdriver is released close the door and check the Holding force by pulling / pushing the door.8. Re-fit the PCB cover plate with M4 25mm Csk Screw (J).RELAY OR EXIT SWITCH1. Check Magnet PCB is set for correct voltage (Factory setting is 12V).2. Connect Negative Output (-) from Power Supply to terminal 2 (-) on Magnet PCB.3. Connect Positive Output (+) from Power Supply to Common of Relay or Exit switch.4. Connect Normally Closed (N/C) on Relay or Exit switch to terminal 1 (+) on Magnet PCB.5. Connect Positive Output (+) from Power Supply to terminal 4 (Common) on Magnet PCB.6. Connect Negative Output (-) from Power Supply to Negative (-) terminal on each Lamp.7. Connect terminal 3 (NO) to Positive (+) terminal of Lamp (DOOR LOCKED).8. Connect terminal 5 (NC) to Positive (+) terminal of Lamp (DOOR OPEN).9. With the door open switch Power supply On and check that the Magnet will hold a screwdriver.10. Operate the Access Control Relay or Exit switch whilst holding the screwdriver to check magnet is working.11. If the Screwdriver is released close the door and check the Holding force by pulling / pushing the door.12. Check that the 2 Lamps are working correctly when the Magnet locks and unlocks.13. Re-fit the PCB cover plate with M4 25mm Csk Screw (J).。

弱电工程门禁电磁锁安装教程
前言：
门禁系统的安装最难的还是锁，锁的安装很重要，今天就重点介绍一下门禁电锁的安装。

正文：
一、外开门挂装（明装）磁力锁安装方法
三、嵌入式（暗装）磁力锁安装方法
内开门与外开门的嵌入式安装方法一致
对于木门来说，如果门挡边的尺寸够埋入锁主体的话，安装非常简单，只需挖一个合适的槽，锁埋进后锁上螺丝即可，一般的施工人员见锁就会安装。

铝合金门的门框一般都是空心的，针对这一特点，我们设计了两种安装方法。

A．内衬木块法（请参考图十、图十一）：在门框里放入一块大小合适的木头作衬，再锁螺丝。

此种方法取材方便，安装简单。

在实际安装中大多采用这种方法。

B．利用安装配件法：此种方法是利用我们提供的配件（四孔铁板+U型铁），使安装更加简便。

图十
图十一
★安装注意事项
在做嵌入式安装时一定注意门挡边的尺寸要稍大于所选锁的尺寸。

四、玻璃门（配U型支架）安装方法
五、注意事项和常见问题及解决方法。

*44487304*44487304Double Electromagnetic Locks: M422, M452, M492M400 Series Double LocksInstallation InstructionsFeaturesAutomatic Voltage Selection (AVS)Magnet immediately detects 12VDCor 24VDC when power is connected.Anti-Tamper Switch (ATS)An indication is provided should the magnet cover become unsecured from lock.Magnetic Bond Sensor (MBS)Detects proper bond between magnet and armature. It can be monitored remotely and locally with an LED.LEDProvides local indication of MBS status.Door Position Switch (DPS)Indicates whether door is open or closed. This feature is used in conjunction with the MBS.Relock Time Delay (RTD)Relock time can be changed. Range is 1 - 30 seconds.ModelsM422 (Traffic Control)UL1034 and 10C/500 lb and 3 hr ratingM452 (High Security)UL1034 and 10C/1000 lb and 3 hr ratingM492 (Max Security)UL1034 and 10C/1500 lb and 3 hr ratingTrimsBasicAuto Voltage Selection (AVS) for 12 or 24VDCPlusBasic features + Door Position Switch (DPS), Magnetic Bond Sensor (MBS), Relocking Time Delay (RTD), LED Status Indicator (LED) and Anti-Tamper Switch (ATS)UL Requirements• Units shall not impair operation of panic hardware mounted on door.• Units shall not impair intended operation of an emergency exit.• Not to be used without UL approved latching hardware.• Units/Models are intended to be connected to UL Listed Equipment, not intended for Burglar or Fire Alarm Initiating or Indicating Devices.• Ambient Conditions - “For Indoor Use Only”.• Wiring methods shall be in accordance with the National Electrical Code, ANSI/NFPA 70.• This device complies with part 15 of FCC rules.Operation is subject to following two conditions:1. This device may not cause harmful interference.2. This device must accept any interference received, including any interference that may cause undesired operation. Changes or modifications not expressly approved by party responsible for compliance could void user’s authority to operate equipment.Electrical SpecificationsModel Amps (12VDC)Per Lock Amps (24VDC)Per LockHolding Force(lbs) Per CoilM422 1.5000.760500 M452 1.5000.7601000 M492 1.3000.7001500Warnings and CautionsWARNINGWarnings indicate potentially hazardous conditions, which if not avoided or corrected, may cause death or serious injury.CAUTIONCautions indicate potentially hazardous conditions, which ifnot avoided or corrected, may cause minor or moderate injury.Cautions may also warn against unsafe practices.Caution:Cautions indicate a condition that may cause equipment or property damage only.Pre-Installation Considerations• Use ONLY the hardware provided for mounting this product (NOTE: Non-standard Door thickness may require different sex nut hardware - see specific instructions for required hardware).• Follow the installation procedure as described in this manual.• Check door thickness. If the door is not 1C\v” thick, a different sex nut will be required. Contact customer service at 1-877-671-7011.• Check door header. A minimum 2C\v” thick, flat surface is needed to securely mount all screws for the magnet. If you do not have the required surface, you will need filler plates and/or angle brackets to properly mount the magnet.Contact customer service at 1-877-671-7011.Door: 1C\v” ThickHeader: At least2C\v” thick, flat2Lock Installation1 Prepare for installation.1a Determine proper magnet orientation.Locks should be installed with wiring covers in the middle, so the magnet in one of the locks must be reoriented.Shown from ExteriorMagnet MagnetWiring Covers1b Reorient magnet (if necessary).a. Remove screws, wiring cover and end blocks.MagnetEnd Block (with screw holes)End Blockb. Rotate magnet, end blocks and wiring cover as shown, then reassemble.End Block(with screw holes)Wiring Cover MagnetAssembledMagnet31c Place template and mark holes.a. Place template on top centerline of doors.b. Mark holes and prepare them per template.2 Install MBS indicator (optional, plus models ONLY). 2a Remove cover.2b Drill hole for MBS indicator.0.25” (6 mm)hole/drill bit0.75”(19 mm)M420: 0.50"(13 mm)M450/490: 0.75”(19 mm)Bottom2c Install MBS indicator.3 Install ATS (optional, plus models ONLY) 3a Remove end block and wiring cover.b ca3b Install ATS and ReassemblecabATS454 Attach armatures to doors.4a Install armature holder.OUTSIDECAUTIONArmature holder screws must be flush to inside of armature holder.2x4b Install armature plate as shown for door type (M420/M450 shown).WARNINGArmature bolt must be tightened to at least 120 in.-lbs. for all doors except composite wood doors. For composite wood doors, tighten only to tight and flush.120 in.-lbs. may damage composite wood doors. DO NOT back off bolt after tightening! Backing off the bolt after tightening will loosen the thread-locking patch, which may allow the bolt to loosen over time.The included sex nut is for 1C\v ” (45 mm) doors ONLY . For other door thicknesses, please contact customer service, 1-877-671-7011. Using the incorrect sex nut foryour door thickness will lead to improper function and possible injury.ORORArmature BoltDrill and tap for B\zn - 18 machine screwFlat Washer Star Locking Washer Cone Washer Armature HolderArmature Plate Reinforced Metal DoorSex NutArmature BoltZ\x ” hole throughWood Door Flat Washer Star Locking WasherCone Washer Armature HolderArmature Plate ZZ\cx ” holeSex Nut Armature BoltZ\x ” holeHollow Metal DoorWARNINGSex nut must extend all the way through hollow metal door for proper installation. Improper Sex nut or installation may lead to malfunction and injury. Extended lengths availablefrom customer service, 1-877-671-7011.Flat Washer Star Locking WasherCone Washer Armature HolderArmature Plate Correct Incorrect5 Install mounting brackets into frame.5a Attach mounting brackets temporarily.a. Install alignment tool onto brackets.b. Install four (4) screws into slotted holes and partially tighten.Actual SizeReinforced Metal Sheet Metal Alignment Tool WiresOutside5b Remove wiring covers and end blocks.5c Slide one magnet onto bracket.Outside 5d Slide second magnet onto bracket.Outside5e Align magnets to armaturesa. Close doors.b. Press magnets to fully engage with armatures.c. Mark brackets on ends.Press magnetsto armaturesInsideMark bothsides here 5f Remove magnets and snug two (2) outer screws.Snug thesetwo screws.Outside65g Align Center of Brackets Using Alignment T oola. Loosen two (2) innermost screws.b. Place alignment tool over brackets.c. Tighten all four (4) screws.Loosen thesetwo screws.Outside5h Verify magnet adjustment.a. Close door and verify magnets make full contact witharmatures.b. If alignment is satisfactory, go to step 5i.c. If further adjustment is required, repeat steps 5e through 5h.InsideMagnets makingfull contact witharmatures5i Prepare additional holes.a. Install alignment tool on brackets.b. Fully tighten four (4) screws.c. Drill eight (8) remaining holes. Use #10-24 tap ifmetal is reinforced.OutsideFully tightenfour screws.5j Install eight (8) screwsa. Remove alignment tool.b. Install and fully tighten eight (8) screws.CAUTIONAll eight screws MUST be installed for properoperation and safety!If you do not have enough room to securelyfasten all screws, you will need filler plates and/orangle brackets to properly mount the magnet.Failure to properly install the screws may lead toinjury or property damage.Contact customer service at 1-877-671-7011.Actual SizeReinforced Metal Sheet Metal76 Attach magnets to mounting brackets.6a Slide one magnet onto bracket.Outside 6b Install joining block into magnet.6c Slide second magnet onto bracket.• Align with joining block.Outside 6d Secure locks with four (4) screwsActual Size897Correct wiring to board (standard model)7a Review wiring connections.TB1Mag Lock BoardDC (+)DC (-)From MagnetTB1Mag Lock BoardDC (+)DC (-)From MagnetDC (+) DC (-)7b Connect wires to boards.From Door Frame DC Power WiresFrom Magnet7c Install covers.108 Connect wiring to board (Plus model)8a Connect outside wires to boards.• Choose between NO or NC.DC Power NONC C NONC C DC (+)DC (-)MBS: 1A, 30VDC,ResistiveDPS: 0.25A, 30VDC,ResistiveNO NC C NO NC C DC (+)DC (-)Normally Open(NO)MBS MBSNormally Open(NO)DPS DPSDC PowerMBS: 1A, 30VDC ,ResistiveDPS: 0.25A, 30VDC,ResistiveDC(-) DC(+)Mag Lock Board Mag Lock BoardNormally Open (NO) Wiring in ParallelSwitch position will be closed when doors are closed and locked.To be used with normally open terminalsSwitch position will be open when doors are closed and locked.T o be used with normally closed terminalsDC Power NONC C NONC C DC (+)DC (-)MBS: 1A, 30VDC,ResistiveDPS: 0.25A, 30VDC,ResistiveNO NC C NO NC C DC (+)DC (-)Normally Closed(NC)MBS MBS In OutNormally Closed(NC)DPS DPS In OutDC PowerMBS: 1A, 30VDC ,ResistiveDPS: 0.25A, 30VDC,ResistiveDC(-) DC(+)Mag Lock Board Mag Lock BoardNormally Closed (NC) Wiring in Parallel118b Review plug locations.TB1TB2TB3From MagnetFrom LED From MBS From MBSRTD AdjusterREDPolarized Black/RedNote: T wo MBS plugs areinterchangeableMin. Time Max. TimeMag Lock Board8c Connect plugs to boards.From LED From MBS (2)From MBS (1)From Magnet8d Connect ATS wires.ATSNC (violet)NO (gray)C (white)Switch Rating:1A @ 30VDC, Resistive8e Install covers.L Note: Some warming of the device under routine operation isnormal.。

w w w.dg q cc.c om051182976667w ww.dg q cc.co mw w w.dg q cc.c om051182976667w ww.dg q cc.co mw w w.dg q cc.c om051182976667w ww.dg q cc.co m DSN3型系列户内电磁锁安装使用说明书镇江市电工器材厂w w w .d g q c c .c o m 0511********ww w .d g q c c .c o m w667ww w c c .co m w w w .d g q c c .c o m 0511********ww w .d g q c c .c o m 1.概述1.1产品主要用途和适用范围DSN 口型户内电磁锁为户内防止电气误操作的闭锁装置，适用于户内固定式高压开关柜、手车柜的隔离开关和接地装置等高压开关设备的操动机构和柜门的闭锁装置，特别适用于WBF-III 型微机，闭锁装置，防止电气误操作事故的发生。

1.2使用环境条件：a.环境温度：上限+40℃，下限-lO ℃，高寒地区-25℃；b.海拔高度不超过2500m ；c.湿度：相对湿度日平均值不大于95%，月平均值不大于90%；J.使用场所应无火灾爆炸危险，化学腐蚀及经常的剧烈震动；e.特殊环境由用户和制造厂协商解决。

1.3产品型号和名称1.4主要技术参数和规格2.结构和工作原理2.1结构：DSN 口型系列电磁锁分柜门电磁锁、刀闸电磁锁、接地电磁锁三种，由机械和电气两部分组成。

机械部分包括锁（壳）体、盖板、锁栓、解锁钥匙等，电气部分包括指示灯、电磁铁、行程开关、辅助开关、接线插座等。

2.2工作原理：采用间吸式原理，电磁锁在有电压时，指示灯亮，按下行程开关，串联的线圈通电，锁栓释放，电磁锁便可开锁，辅助开关同时得到锁具开或关的状态。

型号名称电压（V）锁栓行程（mm）锁栓直径（mm）DSN□-MZ（MY）柜门电磁锁AC：220DC48、110、220≥1010DSN□-DZ（DY）刀闸电磁锁同上≥109DSN□-J接地电磁锁同上棒插到位/w ww .d g q c c .c o m 0511*******7w ww.d gq c c .co m w w w .d g q c c .c o m 0511********w w w .d g q c c .c o m w w w .d g q c c .c o m 0511********w w w .d g q c c .c o m 特殊情况下，电磁锁无电压时需开锁，可借助解锁钥匙解锁，电磁锁的接线原理见图1。

门禁电控锁磁力锁的安装方法一．外开门的表面安装方法：（参照图一至图八）第一步：先用螺丝刀打开盖板，然后用六角扳手敲打侧板，准备安装（见图1）。

步骤2：取出安装纸板，沿虚线折叠纸板，按图2所示方法将纸板放在要求的锁紧位置，然后标记需要穿孔的位置步骤3:A.固定继电器铁板（见图3）：将内六角螺钉插入继电器铁板，将橡胶奶酪放在两块金属奶酪之间，然后将其放在内六角螺钉上。

将继电器铁板插入车门上的三个穿孔中，从车门的另一侧插入蘑菇头，并用六角扳手将继电器铁板锁定在车门上。

b、固定侧板（见图3）：用两个半圆头螺钉（固定在侧板的长孔中）将侧板固定在先前打孔的门框上。

注意：不要锁定侧板，使其能够前后移动，以便于校正安装位置。

c、校正侧板的位置，使侧板和继电器铁板的位置合适，使锁体与继电器铁板紧密接触。

d：固定锁体和侧板，锁紧侧板的半圆头螺钉，锁紧所有沉头螺钉，然后拆下半圆头螺钉，并在适当位置钻孔以便接线。

最后，用六角扳手将锁体锁定在侧板上。

（见图4）第4步：按照手册中的说明布线。

步骤5：盖上盖板，将小铝筒插入锁体的螺孔中，如图5所示。

参见图6、图7和图8，图中显示了外开门式的典型安装方式★ 安装注意事项在安装继铁板的时候，不要把它锁紧，让其能轻微摇摆以利于和锁主体自然的结合。

二、内开门的表面安装(zl型支架的安装方法）：解决外装磁力锁的内装问题。

当内门安装在地面上时，我们需要辅助配件来协助安装选用富有装饰性的优质进口铝材来制做这种安装配件：z&l支架。

每套z&l支架含三块铝材配件,其中较长的一块l1是配给锁主体使用;另外两块较短的z2、z3配给继铁板用。

z2是安装在门上的，边上有五个沉孔，是用于固定在门上;z3是用于固定继铁板的,边上有三个孔,中心孔应与继铁板的中心孔对齐.下面介绍安装方法。

a、首先将L1支架放在锁定位置的Z&L支架中，并用M5*25自攻螺钉将其固定在门框或墙上。

b、用六角扳手将锁体锁定在L1支架上。

Any suggestions or comments to this instruction or product are welcome. Please contact us through INSTALLATION INSTRUCTIONSEP17624 EXPLOSION PROOF EMLOCK®Electrical Instructions:NOTE: THIS PRODUCT IS INTENDED TO BE USED IN CLASS 1, DIVISION 2 HAZARDOUS LOCATIONS. THE FOLLOWING GUIDELINES MUST BE OBSERVED TO REDUCE THE RISK OF FIRE EXPLOSION.All national and local codes must be followed in the installation of the magnetic lock assembly. For code interpretation, consult a local code authority.This unit must be connected to a NEC (National Electric Code, NFPA 70) Class 2 Supply Circuit rated for 24 VDC with a minimum current output of 0.5 amperes and output power of 12 watts. A UL Listed SDC 600 Series Power Controller is recommended.Operating temperature for the magnetic lock will not exceed 185° F (85° C). Maximum ambient temperature is not to exceed 104° F (40° C). For supply connections, use a suitable wire with a minimum insulation temperature rating of 167° F (75° C).To reduce the risk of the ignition of hazardous atmosphere, disconnect the magnetic lock assembly from the supply circuit before opening the magnetic lock housing. Keep the unit properly sealed while in operation. To reduce the risk of fire or explosion, do not install the unit where the operating temperature exceeds the ignition temperature of the hazardous atmosphere.This unit is intended to be used in the following atmospheres: Acetone, Ammonium Hydroxide, ATSM fuel C, Benzene,Methyl-Ethylketone, Diethyl-Ether, 2-Nitropropane, Ethyl-Acetate, Furfural, Normal Hexane, Methyl AlcoholElectrical Specifications:Input Voltage:24VDC +/- 10%Power Consumption:250mA @ 24VDC Holding Force:600 lbs.Door Status Sensor:SPDT Output,100mA @ 30VDC Max.801 Avenida Acaso, Camarillo, Ca. 93012 • (805) 494-0622 ••E-mail:***********************IMPORTANT! THIS INSTRUCTION DETAILS THE INSTALLATION OF THE MAGNETIC LOCK ASSEMBLY ON THE PUSH SIDE OF THE DOOR. READ THOROUGHLY BEFORE ATTEMPTING INSTALLATION. DO NOT DAMAGE OR MARK MAGNETIC LOCK OR ARMATURE FACE-MAY REDUCE HOLDING EFFICIENCY.Wiring:Lock Wiring:RED/RED (Non-Polarized)DPS Wiring:White (N.O.)Red (N.C)Black (Common)(Door in the OPEN position)Overall Size:10.50" L x 2.00" H x 1.75" DNOTE: A 2-½" (64 mm) reveal is required to assure rigid mounting of the EP17624.See Figure 1 elevation profiles to determine mounting application requirements for each individual application.Figure 1 – Magnetic Lock Mounting To FrameDPS MAGNET*NOTE: NOT TO SCALEFILLERPLATE(END CAP FIELD REVERSIBLE)Figure 1ASTANDARD (PREFERRED) INSTALLATIONREINFORCEMENT BY OTHERSWITH FILLER PLATEFigure 1B AS SHOWNDPS WIRINGWHT – N/O BLK – COM RED – N/CSTEP 4.Insert one (1) spring washer over 5/16"-18 "special" shoulder bolt, insert bolt through armature. Add three (3) conical spring washers and one (1) flat washer over shoulder bolt. See Figure 2 - details for each type of installation. All parts must be assembled properly before installing armature to the door. Install the complete armature assembly on the door per Figure 2 details.STEP 5.Tighten shoulder screw(s) securely with allen wrench. (Do not overtighten.)NOTE: ALL ARMATURES ARE NORMALLY EQUIPPED WITH A PERMANENT MAGNET ON ONE END. BE CERTAIN TOINSTALL ARMATURE SO DPS MAGNET LINES UP WITH THE DOOR POSITION SWITCH INSIDE THE HOUSING OF MAGNETIC LOCK ASSEMBLY.Figure 2 –Armature Mounting To Door(s)REINFORCED DOORWOOD DOORFigure 2CFigure 2B C LC LSTEP 1.Mark door(s) according to armature location template and dimensions on Page 2.STEP 2.Drill and prep holes in door per armature template on Page 2 and door type below:2A. For THRU BOLT mounting in hollow metal door(s) drill 11/32" (9 mm) DIA. hole thru door, enlarge hole in outside face to 1/2" (13 mm) DIA.2B. For THRU BOLT mounting in solid core wood door(s), drill 11/32" (9 mm) DIA. hole thru door(s), enlarge hole in outside face to 1/2" (13 mm) DIA., 1" (25 mm) deep.2C. For REINFORCED DOOR (Minimum 3/8" (10 mm) thickness) drill and tap thru reinforcement for 5/16"-18 screw.STEP 3.Gently tap the (2) 3/16" (5 mm) diameter spring pins into rear side of armature(s).STEP 7.Mark frame per EMLock template and dimensions on Page 2.STEP 6.Remove housing cover of maglock assembly by removing the two (2) phillips screws on the front face of the maglock, and the (2) phillips screws on the back of the housing.STEP 8.Drill two (2) #7 thru holes and tap for 1/4-20 machine screws per the EMLock template. Attach maglock assembly to the frame using either (2) #14 sheet metal screws OR (2) 1/4"-20 machine screws and external tooth lock washers, tighten only enough to hold the unit in place. (If filler plate is used, assure that the screws go through both the filler plate and the door frame.)STEP 9. Run electrical conduit per NFPA 70 into conduit hole with 1/2-14 NPT.STEP 10.Make all electrical connections per applicable wiring instructions. Use wire nuts, crimp connectors or solder to assure good connections.STEP 11.Energize EMLock assembly. Adjust assembly so door is snug against door stop; Tighten two (2)preliminary screws in Step 8 securely.STEP 12.De-energize system. Using mounting plate as template, drill #21 drill and tap for 10-32 screws (minimum two (2) places). Install screws and tighten securely. Re-energize system, recheck alignment of EMLock assembly to armature by opening and closing door(s).STEP 13.Re-install EMLock housing cover.RU LISTEDL24 VOLTS D.C. 0.25 AMP 6.0 WATTS OPERATING TEMPERATURE 85 DEGREE CENTIGRADE MAXIMUM AMBIENT TEMPERATURE 40 DEGREE CENTIGRADE FOR SUPPLY CONNECTIONS USE 75 DEGREE CENTIGRADE WIRE THIS UNIT MAY BE USED IN THE FOLLOWING ATMOSPHERE:ACETON, AMMONIUM HYDROXIDE, ASTM FUEL C, BENZENE,METHLY ETHYL KETONE, DIETHYL EHTER, 2-NITRO-PROPANE,ETHYL ACETATET, FURFURAL, NORMAL HEZANE, METHYL ALCOHOLCAUTION:TO REDUCE THE RISK OF IGNITION OF HAZARDOUS ATMOSPHERES,DISCONNECT THE DOOR HOLDER FROM THE SUPPLY CIRCUIT BEFORE OPENING. KEEP TIGHTLY CLOSED WHEN IN OPERATION.TO REDUCE THE RISK OF FIRE OR EXPLOSION, DO NOT INSTALL WHERE THE MARKED OPERATION TEMPERASTURE EXCEEDS IGNITINO TEMPERATURE OF HAZARDOUS ATMOSPHERES.UNIT MUST BE CONNECTED TO A N.E.C. CLASS 2 SUPPLY CIRCUIT MAGNETIC LOCK: 17XHD SERIES.DOOR HOLDER FOR USE IN HAZARDOUS LOCATIONS Class 1 Div 2ISSUE # U-557。

26.10.2016 ­ 06:11:04hDatasheet ­ AZM 170­11ZRK­ST­2197 24VAC/DCSolenoid interlock / AZM 170 Preferred typ(Minor differences between the printed image and the original product may exist!)• Thermoplastic enclosure • Double­insulated • Compact design• 90 mm x 84 mm x 30 mm• Interlock with protection against incorrect locking.• Long life• High holding force• Manual release from side • Connector M12, 4­poleOrdering detailsProduct type description AZM 170­11ZRK­ST­2197 24 VAC/DC Article number 101141425EAN code 4030661121918eCl@ss 27­27­26­03ApprovalApprovalBG USA/CAN CCCClassificationStandards EN ISO 13849­1B 10d Opener (NC) 2.000.000Mission time 20 Y earsnoticeGlobal PropertiesProduct name AZM 170StandardsEN 60947­5­1, BG­GS­ET­19Compliance with the Directives (Y/N) Y es Number of actuating directions2 pieceActive principle electromechanicalDuty cycle Magnet 100 %Materials­ Material of the housings Plastic, glass­fibre reinforced thermoplastic, self­extinguishing­ Material of the contacts SilverHousing coating NoneWeight295 gMechanical dataDesign of electrical connection Connector M12Mechanical life> 1.000.000 operationsEmergency unlocking device (Y/N)NoManual release (Y/N)Y es­ bottom­ rightEmergency release (Y/N)NoLatching force30 NPositive break force8.5 Npositive break travel11 mmClamping force F1000 NMax. Actuating speed2 m/sAmbient conditionsAmbient temperature­ Min. environmental temperature−25 °C­ Max. environmental temperature+60 °CProtection class IP67 to IEC/EN 60529Electrical dataDesign of control element Normally open contact (NO), Opener (NC)notice change­over contact with double break, type Zb or 2NC contacts, with galvanically separated contactbridgesSwitching principle Creep circuit elementNumber of auxiliary contacts1 pieceNumber of safety contacts1 piecePower to unlock Y esPower to lock NoRated control voltage U s24 VAC/DCPower consumption max. 10 WRated impulse withstand voltage U imp4 kVRated insulation voltage U i250 VThermal test current I the10 AUtilisation category AC­15: 230 V / 4 A, DC­13: 24 V / 4 AMax. fuse rating6 A gG D­fuseATEXExplosion protection categories for gases NoneExplosion protected category for dusts NoneMiscellaneous dataApplicationssliding safety guard,removable guard,hinged safety guardDimensionsDimensions of the sensor­ Width of sensor108 mm­ Height of sensor75.5 mm­ Length of sensor30 mmnoticeIndividual coding available on requestManual release from side• For manual release using M5 triangular key, available as accessory• Additional manual release on sideDiagramNote Diagrampositive break NC contactactiveno activeNormally­open contactNormally­closed contactSwitch travel diagramNotes Switch travel diagramContact closedContact openSetting rangeBreak pointPositive opening sequence/­ angleVS adjustable range of NO contactVÖ adjustable range of NC contactN after travelOrdering suffixThe applicable ordering suffix is added at the end of the part number of the safety switch.Order example: AZM 170­11ZRK­ST­2197 24 VAC/DC­1637...­16370,3 µm gold­plated contacts...ST­2431connector M12 , Individual solenoid monitoringOrdering codeAZM 170(1)­(2)Z(3)K(4)­(5)­(6)­(7)(1)without IDC method of terminationSK Screw connection(2)111 Normally open contact (NO) / 1 Opener (NC)022 Opener (NC)12/0.01 Normally open contact (NO), 2 Opener (NC) / ­(3)without Latching force 5 NR Latching force 30 NI Individual coding(4)without Power to unlockA Power to lock(5)without cable glandST Connector M12 x 1ST­2431Connector M12 x 1, Individual solenoid monitoring(6)24VAC/DC U s 24 VAC/DC110VAC U s 110 VAC230VAC U s 230 VAC(7)without Manual release2197Manual release from side (Power to unlock)1637gold­plated contactsAZM 170ST and AZM 170SKAZM 170ST­(1)Z(2)K(3)­(4)­(5)­024AZM 170SK­(1)Z(2)K(3)­(4)­(5)­024(1)11/111 Normally open contact (NO), 1 Opener (NC) / 1Normally open contact (NO), 1 Opener (NC) 11/021 Normally open contact (NO), 1 Opener (NC) / 2Opener (NC)12/001 Normally open contact (NO), 2 Opener (NC) / ­12/111 Normally open contact (NO), 2 Opener (NC) / 1Normally open contact (NO), 1 Opener (NC) 12/021 Normally open contact (NO), 2 Opener (NC) / 2Opener (NC)02/012 Opener (NC), ­ / 1 Opener (NC), ­02/102 Opener (NC), ­ / 1 Normally open contact (NO), ­(2)without Latching force 5 NR Latching force 30 N(3)without Power to unlockA Power to lock(4)1637gold­plated contacts(5)2197Manual release for Power to unlockDocumentsOperating instructions and Declaration of conformity (fr) 611 kB, 29.04.2016 Code: mrl_azm170_frOperating instructions and Declaration of conformity (de) 595 kB, 25.04.2016 Code: mrl_azm170_deOperating instructions and Declaration of conformity (it) 645 kB, 09.04.2010 Code: mrl_azm170_itOperating instructions and Declaration of conformity (nl) 720 kB, 23.09.2010 Code: mrl_azm170_nlOperating instructions and Declaration of conformity (en) 611 kB, 25.04.2016 Code: mrl_azm170_enOperating instructions and Declaration of conformity (jp) 843 kB, 23.08.2016 Code: mrl_azm170_jpOperating instructions and Declaration of conformity (pl) 590 kB, 11.02.2015 Code: mrl_azm170_plOperating instructions and Declaration of conformity (da) 582 kB, 07.08.2012 Code: mrl_azm170_daOperating instructions and Declaration of conformity (es) 609 kB, 22.06.2016 Code: mrl_azm170_esBG­test certificate (en) 260 kB, 09.12.2015Code: z_m17p02BG­test certificate (de) 257 kB, 09.12.2015Code: z_m17p01CCC certification (en) 933 kB, 16.08.2016Code: q_371p02CCC certification (cn) 932 kB, 16.08.2016Code: q_371p03EAC certification (ru) 809 kB, 05.10.2015Code: q_6040p17_ruImagesDimensional drawing (basic component)Detail photoDetail photoSystem componentsActuator101122893 ­ AZ 17/170­B1• Particularly suitable for sliding doors101137406 ­ AZ 17/170­B1­2245• Particularly suitable for sliding doors• Damps vibration on guard device101122895 ­ AZ 17/170­B5• Particularly suitable for sliding doors101139788 ­ AZ 17/170­B11• Particularly suitable for sliding doors101139789 ­ AZ 17/170­B15• Particularly suitable for sliding doors101123391 ­ AZM 170­B6• Particularly suitable for hinged guards• For very smal actuating radii• The direction of actuation can be selected byapplicable insertion of the insertAccessories101208493 ­ AZM 170­B CENTERING GUIDE• for AZ 17 and AZM 170101100887 ­ TRIANGULAR KEY TK­M5• For manual release using M5 triangular key, availableas accessory• For maintenance, installation, etc.ConnectorA­K4M12• Pre­wired cable• 4­poleS­K4M12• Connector without cable• 4­poleA­K4M12• Pre­wired cable• 4­poleS­K4M12• Connector without cable• 4­poleK.A. Schmersal GmbH & Co. KG, Möddinghofe 30, D­42279 WuppertalThe data and values have been checked throroughly. Technical modifications and errors excepted. Generiert am 26.10.2016 ­ 06:11:05h Kasbase 3.2.5.F.64I。

一．外开门的表面安装方法：（参照图一至图八）第一步：首先用螺丝刀打开盖板，再用六角扳手打边板，准备安装（见图一）第二步：拿出安装纸板，将纸板沿着虚线折叠按图二所示方法把纸板放到所需装锁的位置,然后把需要打孔的地方做上记号后打孔。

第三步：A.继铁板的固定（参见图三）将内六角螺丝插入继铁板中，把橡胶华司置与两片金属华司之间，然后套在内六角螺丝上。

将继铁板插入门上打的三个孔中，同时把香菇头从门的另一面插入，利用六角扳手将继铁板锁在门上。

B．边板的固定（参见图三）把边板用两个半圆头螺丝固定在先前打孔的门框上（固定在边板的长形孔中）。

注意：不要将边板锁紧，让其能前后能移动以利于安位置的修正。

C．修正边板的位置使边板与继铁板的位置合适，目的使锁主体能与继铁板紧密的接触。

D. 固定锁主体与边板锁紧边板的半圆头螺丝后，再锁上所有的沉头螺丝，然后再卸下半圆头螺丝，在适当的位置钻孔以便接线。

最后用六角扳手把锁主体锁在边板上。

(参见图四)第四步：按照说明书的指示接线。

第五步：盖上盖板，把小铝柱体塞进锁主体参见图五的螺丝孔中。

参见图六图七与图八所示为典型的外开门外置式的安装式样二、内开门的表面安装 (ZL型支架的安装方法）：解决外装磁力锁的内装问题。

内开门做表面安装时需要有辅助配件来协助安装，我们选用富有装饰性的优质进口铝材来制做这种安装配件：Z&L支架。

每套Z&L支架含三块铝材配件,其中较长的一块L1是配给锁主体使用;另外两块较短的Z2、Z3配给继铁板用。

Z2是安装在门上的，边上有五个沉孔，是用于固定在门上;Z3是用于固定继铁板的,边上有三个孔,中心孔应与继铁板的中心孔对齐.下面介绍安装方法。

a. 先将Z&L支架中的L1支架放在装锁的位置上，用M5*25的自攻螺丝固定于门框或墙面上。

b．用六角扳手将锁主体锁在L1支架上。

c. 对应于L1支架的位置把Z2支架固定在门上。

d. 将继铁板插入Z1的三个孔中假固定,然后门关好，使磁铁和继铁板紧密吻合，确定Z1、Z2 的衔接位置。

电磁锁的安装方法
电磁锁是一种常见的门禁设备，广泛应用于各种场所的门禁控制系统中。

它通过电磁力将门锁紧，起到安全控制和防盗的作用。

正确的安装是保证电磁锁正常使用的关键，下面我们来介绍一下电磁锁的安装方法。

首先，准备工作。

在安装电磁锁之前，需要对安装环境进行评估，确保门框和门扇的尺寸符合电磁锁的安装要求。

同时，还需要准备好安装所需的工具和材料，如螺丝刀、螺丝、螺母、电钻等。

其次，安装电磁锁主体。

首先确定电磁锁的安装位置，然后使用电钻在门框和门扇上打孔，安装电磁锁主体。

在安装过程中，要确保电磁锁主体安装牢固，不得有松动现象，以免影响电磁锁的使用效果。

接着，连接电磁锁控制线路。

将电磁锁的控制线路引出，连接到门禁控制系统的控制器上。

在连接线路时，要注意线路的接头要牢固可靠，以确保电磁锁的正常使用。

然后，调试电磁锁。

完成电磁锁的安装后，需要对电磁锁进行调试。

首先检查电磁锁的通电情况，确认电磁锁能够正常工作。

然后通过门禁控制系统对电磁锁进行开锁和闭锁测试，确保电磁锁的开关灵活可靠。

最后，进行安全检查。

安装完成后，对电磁锁进行全面的安全检查，确保电磁锁的安装符合安全要求，没有安全隐患。

同时，还需要对电磁锁的外观进行清洁和保养，以延长电磁锁的使用寿命。

总之，电磁锁的安装需要严格按照操作规程进行，确保每一个步骤都符合安装要求。

只有正确安装电磁锁，才能保证其正常使用，提高门禁系统的安全性和稳定性。

希望以上内容能对您有所帮助，谢谢阅读！。

详解电磁锁的几种安装方法电磁锁安装方法一、外开木门安装第一步：首先用螺丝刀打开盖板，再用六角扳手打边板，准备安装（见图一）第二步：拿出安装纸板，将纸板沿着虚线折叠按图二所示方法把纸板放到所需装锁的位置,然后把需要打孔的地方做上记号后打孔.第三步：A.继铁板的固定（参见图三）将内六角螺丝插入继铁板中，把橡胶华司置与两片金属华司之间，然后套在内六角螺丝上。

将继铁板插入门上打的三个孔中，同时把香菇头从门的另一面插入，利用六角扳手将继铁板锁在门上。

B．边板的固定（参见图三）把边板用两个半圆头螺丝固定在先前打孔的门框上（固定在边板的长形孔中）。

注意：不要将边板锁紧，让其能前后能移动以利于安位置的修正。

C．修正边板的位置使边板与继铁板的位置合适，目的使锁主体能与继铁板紧密的接触。

D：固定锁主体与边板锁紧边板的半圆头螺丝后，再锁上所有的沉头螺丝，然后再卸下半圆头螺丝，在适当的位置钻孔以便接线。

最后用六角扳手把锁主体锁在边板上。

(参见图四)第四步：按照说明书的指示接线。

第五步：盖上盖板，把小铝柱体塞进锁主体参见图五的螺丝孔中。

参见图六图七与图八所示为典型的外开门外置式的安装式样。

安装注意事项在安装继铁板的时候，不要把它锁紧，让其能轻微摇摆以利于和锁主体自然的结合。

二、内开门的表面安装内开门做表面安装时需要有辅助配件来协助安装，我们选用富有装饰性的优质进口铝材来制做这种安装配件：Z&L支架。

每套Z&L支架含三块铝材配件,其中较长的一块L1是配给锁主体使用;另外两块较短的Z2、Z3配给继铁板用。

Z2是安装在门上的，边上有五个沉孔，是用于固定在门上;Z3是用于固定继铁板的,边上有三个孔,中心孔应与继铁板的中心孔对齐.下面介绍安装方法。

a. 先将Z&L支架中的L1支架放在装锁的位置上，用M5*25的自攻螺丝固定于门框或墙面上。

b．用六角扳手将锁主体锁在L1支架上。

c. 对应于L1支架的位置把Z2支架固定在门上。

详解电磁锁的几种安装方法详解电磁锁的几种安装方法电磁锁安装方法一、外开木门安装第一步：首先用螺丝刀打开盖板，再用六角扳手打边板，准备安装（见图一）第二步：拿出安装纸板，将纸板沿着虚线折叠按图二所示方法把纸板放到所需装锁的位置,然后把需要打孔的地方做上记号后打孔.第三步：A.继铁板的固定（参见图三）将内六角螺丝插入继铁板中，把橡胶华司置与两片金属华司之间，然后套在内六角螺丝上。

将继铁板插入门上打的三个孔中，同时把香菇头从门的另一面插入，利用六角扳手将继铁板锁在门上。

B．边板的固定（参见图三）把边板用两个半圆头螺丝固定在先前打孔的门框上（固定在边板的长形孔中）。

注意：不要将边板锁紧，让其能前后能移动以利于安位置的修正。

C．修正边板的位置使边板与继铁板的位置合适，目的使锁主体能与继铁板紧密的接触。

D：固定锁主体与边板锁紧边板的半圆头螺丝后，再锁上所有的沉头螺丝，然后再卸下半圆头螺丝，在适当的位置钻孔以便接线。

最后用六角扳手把锁主体锁在边板上。

(参见图四)第四步：按照说明书的指示接线。

第五步：盖上盖板，把小铝柱体塞进锁主体参见图五的螺丝孔中。

参见图六图七与图八所示为典型的外开门外置式的安装式样。

安装注意事项在安装继铁板的时候，不要把它锁紧，让其能轻微摇摆以利于和锁主体自然的结合。

二、内开门的表面安装内开门做表面安装时需要有辅助配件来协助安装，我们选用富有装饰性的优质进口铝材来制做这种安装配件：Z另外两块较短的Z2、Z3配给继铁板用。

Z2是安装在门上的，边上有五个沉孔，是用于固定在门上;Z3是用于固定继铁板的,边上有三个孔,中心孔应与继铁板的中心孔对齐.下面介绍安装方法。

a. 先将Z&L支架中的L1支架放在装锁的位置上，用M5*25的自攻螺丝固定于门框或墙面上。

b．用六角扳手将锁主体锁在L1支架上。

c. 对应于L1支架的位置把Z2支架固定在门上。

d. 将继铁板插入Z1的三个孔中假固定,然后门关好，使磁铁和继铁板紧密吻合，确定Z1、Z2 的衔接位置。

电磁锁(磁力锁)的标准安装方法一．外开门的表面安装方法：（参照图一至图八）★ 安装注意事项在安装继铁板的时候，不要把它锁紧，让其能轻微摇摆以利于和锁主体自然的结合。

二、内开门的表面安装 (ZL 型支架的安装方法）： 解决外装磁力锁的内装问题。

内开门做表面安装时需要有辅助配件来协助安装，我们选用富有装饰性的优质进口铝材来制做这种安装配件：Z&L 支架。

每套 Z&L 支架含三块铝材配件,其中较长的一块L1是配给锁主体使用;另外两块较短的 Z2、Z3配给继铁板用。

Z2是安装在门上的，边上有五个沉孔，是用于固定在门上;Z3是用于固定继铁板的,边上有三个孔,中心孔应与继铁板的中心孔对齐.下面介绍安装方法。

a. 先将Z&L 支架中的L1支架放在装锁的位置上，用M5*25的自攻螺丝固定于门框或墙面上。

b ．用六角扳手将锁主体锁在L1支架上。

c. 对应于L1支架的位置把Z2支架固定在门上。

d. 将继铁板插入Z1的三个孔中假固定,然后门关好，使磁铁和继铁板紧密吻合，确定Z1、Z2 的衔接位置。

（Z1与Z2的相对位置根据门的厚度可以调节）。

e. 将Z1、Z2锁紧，然后将继铁板用M8*25内六角螺丝固定于Z1上（将螺丝、铁板、垫圈、橡胶垫圈依次穿入）。

f. 如果是双扇门，可以用两个Z &L支架三、埋入式（内置式）安装法：内开门与外开门的埋入式安装方法一致对于木门来说，如果门挡边的尺寸够埋入锁主体的话，安装非常简单，只需挖一个合适的槽，锁埋进后锁上螺丝即可，一般的施工人员见锁就会安装。

铝合金门的门框一般都是空心的，针对这一特点，我们设计了两种安装方法。

A．内衬木块法（请参考图十、图十一）：在门框里放入一块大小合适的木头作衬，再锁螺丝。

此种方法取材方便，安装简单。

在实际安装中大多采用这种方法。

B．利用安装配件法：此种方法是利用我们提供的配件（四孔铁板+U型铁），使安装更加简便。

图十图十一★安装注意事项在做埋入式安装时一定注意门挡边的尺寸要稍大于所选锁的尺寸。