HES 9800-605, 9800-606, 9800-613E, 9800-628E, 9800-629 Installation Instructions

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HES® 9800 | Adams Rite® 7800 Electric Strike
Installation Instructions and Frame Preparation
Product Components
B HES 9800 | Adams Rite 7800 Cover
C 1/4"-20 x 1" Mounting Screws
D #10-32 & 10-24 Lockdown Screws (optional)
E #6-32 x 1/4" Cover Screws
F 5/64" Hex Key
G 12-Volt and 24-Volt Pigtails
H 1/8" and 1/16" Spacers
Electrical Specifications
Electrical Ratings for Solenoid
Voltage 12 V DC 24 VDC
Resistance in Ohms 24 96
mA Continuous Duty 450 250
Diagram 1: Product Components
A
B
Solenoids are rated at +/- 10% indicated value.
Minimum Wire Gauge
Requirements
(Based on Round Trip)
200 feet or less 18 gaug e 22 gauge
200 – 300 feet 16 gau ge 22 gauge
300 – 400 feet 16 gau ge 20 gauge
UL1034
• Static Strength: 1500 lbs
• Dynamic Streng th: 70 f t – lbs
• Endurance: 250,000 cycles
UL294 Performance Levels
• Destructive Attack: Level I
• Line Security: Level I
• Endurance: Level IV
• Standby Power: Level I
NOTE: Installation wiring for the product and wiring methods shall be in accordance with the National Electrical Code, ANSI/NFPA70
Solenoid Voltage
12 V DC 24 VDC
G
C
F
H
D
E
1
CAUTION Before connecting any device at the installation site, verify input voltage using a multimeter.
Many power supplies and low voltage transformers operate at higher levels than listed. Any input voltage exceeding 10% of the solenoid rating may cause severe damage to the unit and will void the warranty.
Preparing the Strike
For 12 VDC, the Plug In Connector (pigtail) marked “12 VDC” should be used; for 24 VDC, the pigtail marked “24 VDC” should be used.
• SELECT the appropriate pigtail that matches system power and electrically CONNECT as illustrated in Diagram 1.
• IF no connector is present, THEN CONFIGURE the wires as shown in Diagram 2.
• IF using the Latchbolt Monitor (LBM) or Latchbolt Strike Monitor (LBSM), THEN REFER to Diagrams 5 and 6 to complete wiring (see page 3).
Verifying the Operation Mode
The HES 9800 | Adams Rite 7800 Electric Strike is pre-set for FAIL SECURE OPERATION as shown in Diagram 3.
• VERIFY that both keepers are in FAIL SECURE OPERATION.
Diagram 1: 12V to 24V Conversion
or
Diagram 3: Fail Secure Operation
Diagram 2: If Connector Is Missing
Connect Together
(+ 12 VDC)
(- NEG)
Connect Together
(+ 24 VDC)
Connect Together
(- NEG)
Strike
Electric
Red/green
Strike
Electric
Red/green
Red
Violet
Black
Red
Violet
Black
Converting the Operation Mode
There are two Selector Stop Pins, one on the left side and one on the right side. Both Selector Stop Pins must be repositioned (as shown in Diagram
4) to convert the strike to FAIL SAFE OPERATION.
IN FAIL SAFE OPERATION: Both keepers should be unlocked without power but locked when power is applied.
• To convert to FAIL SAFE OPERATION, REMOVE the Selector Stop Pins on each side of the strike body using the provided 5/64" hex key.
• MOVE the Selector Stop Pins to the FAIL SAFE OPERATION position (towards the center of the strike) as shown in Diagram 4.
• TIGHTEN both Selector Stop Pins after they have been moved to the FAIL SAFE OPERATION position using the 5/64” hex key.
FAIL SAFE OPERATION mode should not be used in fire rated or windstorm-resistant applications.
Selector Stop
Pin Location
Diagram 4: Fail Safe Operation
Selector Stop
Pin Location
2
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