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Table of Contents
Related Manuals for Ava bqt YD38L
Summary of Contents for Ava bqt YD38L
- Page 1 INSTALLATION AND OPERATING INSTRUCTIONS YD38L Solenoid Dropbolt...
- Page 2 NOTICES Please ensure you read all instructions! WARNING - Live parts inside. WARNING - The handling and installation of this device is recommended for a professional. WARNING - Use of an unsuitable power supply unit may cause product failure or injury. ...
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Page 3: Table Of Contents
CONTENTS 1. DESCRIPTION ................................. 4 2. PRODUCT UNBOXED ............................4 3. DIMENSIONS ................................4 3.1. L ................................... 4 3.2. S ..............................5 TRIKE LATE 3.3. H ................................5 OUSING 3.4. D ..............................5 RESS LATE 4. PRE-INSTALLATION ASSESSMENT ........................5 4.1. -
Page 4: Description
1. DESCRIPTION The YD38L is a heavy duty magnetically latching solenoid operated dead bolting lock suited for commercial or residential doors. Its dual action reduces alignment problems as the integrated magnetic latch captures the door before the deadbolt secures it making the YD38L ideally suited for swing through doors. It is supplied with a matching strike plate and can be surface mounted with the aid of accessories or installed into a mortise for a concealed solution. -
Page 5: Strike Plate
3.2. Strike Plate 3.3. Housing Available separately 3.4. Dress Plate Available separately 4. PRE-INSTALLATION ASSESSMENT 4.1. Mechanical The first decision regarding installation is whether the YD38L will be mortised or surface mounted to the door / door frame. Mortise installation ensures a discrete solution as the lock and strike plate can be embedded into the door and frame, however in some instances this is not possible. -
Page 6: Electrical
The YD38L can be installed vertically or horizontally but is not designed to be mounted in a floor cavity firing upwards or in a wet environment. 4.2. Electrical The first consideration is to establish where to run the wires and decide on what feedback is required from the lock. There are a total of eight available connections and for a fully featured lock it is compulsory to connect three with the other five providing feedback. - Page 7 5.1.1. Cutting the mortises Using the supplied lock dimensions a mortise is cut in the door frame that is suitable to house the lock. An appropriate sized mortise is then cut for the strike plate and holes to house the magnetic catch and to accept the lock pin is drilled.
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Page 8: Surface Installation
5.1.4. Checking the operation With the lock and strike installed and the wiring complete the door is closed to check alignment and operation. The magnetic latch should ‘capture’ the door and align it correctly so the lock pin can extend through the hole in the strike plate and door, to achieve locking. - Page 9 5.2.3. Fitting the lock Once wired, the lock is slid into the housing and secured in place with the M5 X 10 csk screws that were supplied with the lock. 5.2.4. Securing the housing to glass For simple application to glass the YD38L housings are supplied with self-adhesive tape.
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Page 10: Wiring
6. WIRING The YD38L is fitted with eight connectors; five are optional and provide monitoring of the lock pin and door positions. Control of the lock is achieved by using the remaining three wires however a reduced function two wire mode is available if desired. -
Page 11: Dip Switch Positions
6.4. Dip switch positions In addition to running the necessary wires for the desired mode, positioning the three dip switches located on the lock printed circuit board determines the operation. These are accessed by removing the cover. MARKINGS S1, S2 AND M ARE FOUND ON THE PRINTED CIRCUIT BOARD. Switches S1 and S2 are used to set the timed re-lock. -
Page 12: Specifications
8. SPECIFICATIONS MATERIALS Bolt Pin Stainless Steel (SS304), ø14.2mm, 14mm Extension Lock / Strike Plate Stainless Steel (SS304), 3mm Thick MECHANICAL Cycle life 1,000,000 Max Strike Gap Holding Force 20,000N (2000kg) ELECTRICAL 12 – 24VDC ±15% Voltage at Lock Max Holding Current 230mA@12V 90mA@24V Current Usage...
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