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Magnetic Gate Lock Bracket Installation Manual

SECO-LARM U.S.A., Inc.

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.

or in part, without the written permission of SECO-LARM.

REGULAR MAINTENANCE

• Clean the contact surfaces of the electromagnet or armature plate with a soft cloth and non-abrasive, non-corrosive cleaner.

• Apply a light coat of a silicon lubricant to both contact surfaces and wipe away the excess to prevent rust.

• Check that the armature plate is securely attached to the bracket, yet can pivot slightly around the armature screw.

• Check that the electromagnet is securely attached to the bracket.

TROUBLESHOOTING

Possible cause:

No power

Poor contact between

electromagnet and

armature plate

Incorrect voltage setting

A secondary diode was

installed across the

electromagnet

Solutions:

• Check to make sure the wires are secure

• Check that the power supply is

connected and operating

• Make sure the unit is wired correctly

• Make sure the electromagnet and

armature plate are properly aligned

• Make sure the contact surfaces of the

electromagnet and armature plate are

clean and free from rust

• Check the power leads with a meter, and

make sure the correct voltage is present

• The electromagnet is fitted with a metal

oxide varistor to prevent interference, so

do not install a secondary diode

Problem:

Gate does not lock

Gate locks, but can be

easily forced open

Delay in gate releasing

• For most types of outdoor sliding and swinging electric gates.

• Includes a magnetic lock with brackets for armature and magnet.

• Brackets can be welded or bolted directly to gate.

• Holding force: E-942FC-1K3SQ – 1,300 pounds (591kg).

E-942FC-600SQ – 600 pounds (272kg).

• Brackets are zinc-plated for corrosion resistance.

• Brackets have black finish to match most gates.

• Water- and vandal-resistant attractive stainless-steel finish.

• Maintenance-free, factory-sealed design.

• Fail-safe operation (unlocks door if power is removed).

• Mounted vertically.

• Four knockouts on the junction box.

• Adapter and mounting hardware included.

• Voltage

—

12VDC or 24VDC. Prewired for 12VDC operation.

• Current draw

—

500mA @ 12VDC (250mA @ 24VDC).

MOUNTING THE ELECTROMAGNETIC LOCK

A. Determine type of gate:

1. Single-swing gate — Gate swings on one end, and comes to rest on a fixed gate post when closed. In this

case, a

typical installation has the electromagnet fixed to the gate post, and the armature connected to the free end

of the gate.

2. Double-swing gate — Two gates swing in the same direction when activated. The electromagnet is fixed to

the free end of one gate, and the armature is fixed to the free end of the other.

3. Sliding gate — The gate slides instead of swings away from a fixed gate post. A typical installation has the

electromagnet fixed to the gate post, and armature connected to the free end of the gate.

B. Mount the electromagnet — In most cases, the position of the electromagnet will determine the location of the

armature plate. Make sure there is space to run the cable.

1. Tack weld bracket into place. (Tack weld only.)

2. Dismount the electromagnetic lock from the bracket. Warning: Failure to remove electromagnetic lock will

result in severe damage to lock. Weld 3 or 4 beads about 1” apart. Make sure not to weld the junction box.

(See diagram for “No Weld” areas.)

3. Remount the electromagnetic lock.

SECO-LARM® U.S.A., Inc.

16842 Millikan Avenue, Irvine, CA 92606

Tel: 800-662-0800 / 949-261-2999 Fax: 949-261-7326

Website: www.seco-larm.com

E-mail: sales

seco-larm.com

UL CERTIFICATION

Electromagnetic lock only (Model E-942FC-1300/E-942FC-600) conforms to UL/10B

“Fire Tests of Door Assemblies” and UL/10C “Positive Pressure Fire Tests of Door Assemblies” for swinging door assemblies.

It is also classified in accordance with the Uniform Building Code standard 7-2.

Page 1

(Magnetic lock only)

Page 4

Magnetic Gate Lock Bracket Installation Manual

SECO-LARM U.S.A., Inc.

Magnetic Gate Lock Bracket Installation Manual

Note: AC pigtail connector is included with the E-942FC-1K3SQ/E-942FC-600SQ for those applications where needed.

Control device such as push button

switch, keypad, card reader, etc..

C. Mount the armature —

Once the electromagnet is mounted, determine the armature bracket location and tack weld into place. (Tack weld

only.)

2. Dismount the armature plate from the bracket. Warning: Failure to remove the armature plate from the bracket

will damage the armature and rubber washer. Weld the armature bracket with 3 or 4 beads about 1” apart.

Make sure not to weld near the set screw hole. (See mounting diagram for “No Weld” areas.)

3. Remount the armature.

a. Put one rubber washer between two steel washers, and place them over the armature screw between the

armature and the bracket. This will allow the armature to pivot slightly around the armature screw in order to

compensate for gate misalignment.

b. Make sure the guide pins are inserted into guide holes to prevent the armature from spinning.

Do not overly tighten the armature against the bracket. The armature must be able to pivot around the armature

screw.

D. Run the wires — The goal is to keep as little of the wires exposed as possible.

1. Run the wires into an out-of-sight location as close as possible to the electromagnet.

Use standard armored cable to prevent the wires from being cut between the electromagnet and the out-of-sight

location.

E. Connect the wires: Note: Unit is prewired for 12V operation. See Wiring Diagram below for more information.

1. For 12V operation — Connect the red and white wires to +12VDC, and the black and green wires to ground.

2. For 24V operation — Connect the red wire to +24VDC, the green wire to ground, and then tie the white and black

wires together and insulate.

IMPORTANT: Damage caused by improper connection will void warranty.

F. Test the unit.

G. Insert the tamper caps into the mounting screw access holes of the electromagnet. This should be the last step, as once

the tamper caps are in place, they are difficult to remove.

1 x Maglock bracket

1 x Armature bracket

1 x Electromagnet

1 x Armature plate

1 x Armature screw

2 x Large steel washers

1 x Rubber washer

4 x Junction box screws

4 x Mounting screws

4 x Anti-tamper caps

2 x Guide pins

1 x Security screw

1 x Allen wrench for junction box

1 x AC pigtail connector

1 x EVA-M5521-3 DC pigtail connector

2 x Wire connectors

1 x Power Supply

Power Supply:

Input: 100~240 VAC @ 50/60Hz

Output: 12VDC @ 1.0A

List of Parts

Mounting Diagram:

Optional Parts

3/8” Flat Socket Cap Mounting

Screw

Note: Use in those applications

where Armature Bracket and

Maglock Bracket will be bolted to

gate/fence and not welded. Cut

length of bolt as necessary.

Wiring Diagram:

Prewired 12VDC

24VDC

EVA-M5521-3

power supply

Page 2 Page 3

Product specificaties

Merk:	Seco-Larm
Categorie:	Niet gecategoriseerd
Model:	E-942FC-1K3SQ
Kleur van het product:	Roestvrijstaal
Gewicht:	5000 g
Certificering:	RoHS, UL, ULC, CE
Ingangsspanning:	12/24 V
Plaatbreedte:	185 mm
Plaatdiepte:	61 mm
Bedrijfstemperatuur (T-T):	-10 - 55 °C
Plaat hoogte:	16 mm
Stroomverbruik (24 V):	250 mA
Houdkracht:	545 kg
Breedte elektromagneet:	267 mm
Diepte elektromagneet:	63 mm
Hoogte elektromagneet:	41 mm
Stroomverbruik (12 V):	500 mA