sdc e300 instruction manual
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-
3580 Willow Lane, Westlake Village, CA 91361-4921
(805) 494-0622 Fax: (805) 494-8861
www.sdcsecurity.com E-mail: service@sdcsecurity.com
The E6200 Series magnetic lock is mounted to the underside of the header, on the stop side of the door.
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E6200.vsd REV - 07-10 Page 1
Any suggestions or comments to this instruction or
product are welcome. Please contact us through
our website or email engineer@sdcsecurity.com
INSTALLATION INSTRUCTIONS
E6200 SERIES MAGNETIC LOCK
Electrical Instructions:
Use properly fused U. L. Listed Power Supply
Do not install a diode in parallel with any magnetic lock. A diode
will cause a delay when releasing the door and residual magnetism
to occur.
Although SDC recommends the use of a DC power supply, a
transformer with an adjacent mounted full wave bridge rectifier
may be used. A significant drop will occur when using a full wave
bridge rectifier.
Any low voltage condition will cause erratic operation of the
optional board sensor.
When using a full wave bridge rectifier all access controls and/or
release contacts must be located between the EMlock and rectifier
to ensure quick release.
Electrical Specifications:
Dual Voltage 12 or 24VDC
Power Consumption .250mA@12VDC
.125mA@24VDC
DS Door Status Sensor SPDT, 500mA@30VDC
LS Lock Status Sensor SPDT, 2A@30VDC
Mounting Screws
Armature
Frame
Outswing
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E6200.vsd REV - 07-10 Page 2
1. Fold template as indicated on dotted line. For single doors locate template against the door and header on the
lock jamb side of the frame.
2. Mark and drill holes as indicated by the template.
3. Mount armature to door.
STEPS 1 & 2
STEP 3
N/C
N/O
COM
YEL
GRN
ORG
COMMON
GOOD BOND
NO/POOR BOND
WIRE
COLORCONTACT DESCRIPTION
BOND SENSOR (BAS) WIRING
To Properly
Fused DC Power
source (-)
(+)* ACCESS CONTROL(S)
E6200 EMLOCKBLUBLKBRN
RED(+)
(-)
24VDC @ .125 Amps
To Properly
Fused DC Power
source (-)
(+)* ACCESS CONTROL(S)
E6200 EMLOCKBLU
BRNBLK
RED(+)
(-)
12VDC @ .250 Amps
24VDC CONFIGURATION
12VDC CONFIGURATION
N/C
N/O
COM
WHT
GRY
VIO
COMMON
ACTIVATE WHEN DOOR
OPEN
ACTIVATE WHEN DOOR
CLOSED
WIRE
COLORCONTACT DESCRIPTION
DOOR POSITION SENSOR (DPS) WIRING
4. WIRING DETAILS:
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E6200.vsd REV - 07-10 Page 3
5. Install magnet onto the header with the magnetic face towards the door side of the stop.
Assure that the magnet and armature line up properly, then tighten down ALL mounting screws.
STEP 5
6. Test operation. When all is operating properly, install anti-
tamper plugs over socket head screws using a soft hammer
to avoid damage to the housing.
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E6200.vsd REV - 07-10 Page 4
7.20
(182.88)
.375
(9.525)
4.00
(101.60)
MODEL E6200
#1/4-20 x 2
.50
(12.70)
.75
(19.05) 1.84
(46.74) 2.875
(73.03)
2.25
(67.15)
2.25
(67.15)
6.00
(152.40)
2.75
(69.85).64
(16.26)
8.00
(203.20)
1.00
(25.40)
CL
-
801 Avenida Acaso, Camarillo, Ca. 93012
(805) 494-0622 Fax: (805) 494-8861
www.sdcsecurity.com E-mail: service@sdcsecurity.com
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E1200.vsd REV A1 04-11 Page 1
Any suggestions or comments to this instruction or
product are welcome. Please contact us through
our website or email engineer@sdcsecurity.com
INSTALLATION INSTRUCTIONS
E1200 SERIES MAGNETIC LOCK
Electrical Instructions:
Use properly fused U. L. Listed Power Supply
Do not install a diode in parallel with any magnetic lock. A diode
will cause a delay when releasing the door and residual magnetism
to occur.
Although SDC recommends the use of a DC power supply, a
transformer with an adjacent mounted full wave bridge rectifier
may be used. A significant drop will occur when using a full wave
bridge rectifier.
Any low voltage condition will cause erratic operation of the
optional board sensor.
When using a full wave bridge rectifier all access controls and/or
release contacts must be located between the EMlock and rectifier
to ensure quick release.
Electrical Specifications:
Dual Voltage 12 or 24VDC
Power Consumption .500mA@12VDC
250mA@24VDC
DS Door Status Sensor SPDT, 500mA@30VDC
LS Lock Status Sensor SPDT, 2A@30VDC
Outswing
Quick Mount
Interlocking
Mounting Assembly
Mounting Screws
Armature
Interlocking
Mounting Plate
Frame
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E1200.vsd REV A1 04-11 Page 2
1. Inspect the frame header to determine if mounting accessories are required (refer to page 4).
2. Fold template as indicated on dotted line. For single doors locate template against the door and header on the
lock jamb side of the frame.
3. Mark and drill holes as indicated by the template.
4. Mount armature to door.
STEP 4
STEPS 2 & 3
5. Install magnet onto the header with the magnetic stripes towards the door side of the stop.
Assure that the magnet and armature line up properly, then tighten down ALL mounting screws.
STEP 5
HOLLOW METAL DOOR
From Sexnut side of door, drill exactly 1/2 hole thru one metal
thickness only. From Armature side of door, drill 5/8 hole to insert
reinforcement tube. Press in sexnut and reinforcement tube all the
way and mount armature to door using hardware provided.
REINFORCEMENT
TUBE1-3/4 HOLLOWMETAL DOOR
5/8 DRILL
STEEL WASHER 2X
RUBBER WASHER
5/16-18 SOC HD
SCREW
WITH 3/16 (5MM) ALLEN HEX
ARMATURE1/2 DRILL
SEXNUT
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E1200.vsd REV A1 04-11 Page 3
6. Holding the magnet housing at each end, engage the entire length of the interlock detail, by pushing towards the
door. Tap with a soft hammer to ensure proper alignment and engagement.
CAUTION: The lock body must be held in place until secured with mounting screws. Secure socket head
screws provided inside the housing at each end. Start screws into threads carefully to avoid stripping the
threads. Check alignment and tighten screws. Pull wires through frame, mounting plate and magnet housing
STEP 6
7. Select jumper position for 12VDC or 24VDC. Connect power to magnetic lock.
A/C
MAINS
POWER
SUPPLY
12VDC
or
24VDC
SWITCH or
ACCESS
CONTROL
+
-
8. Test operation. When all is operating properly, tighten
all screws as shown. Install security pins and screws
as shown. Install anti-tamper plugs over socket head
screws using a soft hammer to avoid damage to the housing.
ATTACH THE RED SIDE OF THE CONNECTOR HERE
FOR A GREEN LED ENERGIZED & SECURE (RED=ENERGIZED & UNSECURE)
ATTACH THE GREEN SIDE OF THE CONNECTOR HERE
FOR A RED LED ENERGIZED AND UNSECURE (GREEN=ENERGIZED & SECURE)
COMNC
NO
Door Position Sensor (Reed switch)
RED (open with door closed)
GREEN (closed with door closed)
BLACK
RGBW
GBR
Door
Position
Sensor
Lock
Status
Switch
(Relay)
Power
Supply
Voltage Jumper
8NC
7C
6NO
5NC4C
3NO
2-
1+
12VDC 24VDC
LEDRED
GRN
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E1200.vsd REV A1 04-11 Page 4
To maintain surface plating from corrosion:Do not touch the lock face with your hands.
Clean lock face with Scotch-Brite pad by 3M (do not use
sandpaper).
Apply a thin film of rust inhibitor (LPS-3) on lock face.
Repeat application on armature plate.
Supplied Mounting Hardware
ANGLE BRACKET
E12L
Inches: 10.5" L x 0.5" H x 0.75" D
mm: 266 L x 12.7 H x 19 D
ADJUSTABLE ANGLE BRACKET
E12A
For use with Model E1200 Series
STOP FILLER PLATE
EF02
Inches: 10.5" L x 0.5" H x 0.75" D
mm: 266 L x 12.7 H x 19 D
GLASS DOOR ARMATURE BRACKET
E12U
For use with Model E600 Series
Field adjustable for glass thickness
TOP JAMB MOUNTING BRACKET
E12Z
For use with Model E1200 Series
MOUNTING ACCESSORIES:
-
801 Avenida Acaso, Camarillo, Ca. 93012
(805) 494-0622 Fax: (805) 494-8861
www.sdcsecurity.com E-mail: service@sdcsecurity.com
The E600 Series magnetic lock is mounted to the underside of the header, on the stop side of the
door. An inswing mounting kit (optional) can be used when mounting on the hinge side of the
door.
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E600.vsd REV A1 04-11 Page 1
Any suggestions or comments to this instruction or
product are welcome. Please contact us through
our website or email engineer@sdcsecurity.com
INSTALLATION INSTRUCTIONS
E600 SERIES MAGNETIC LOCK
Outswing
Electrical Instructions:
Use properly fused U. L. Listed Power Supply
Do not install a diode in parallel with any magnetic lock. A diode
will cause a delay when releasing the door and residual magnetism
to occur.
Although SDC recommends the use of a DC power supply, a
transformer with an adjacent mounted full wave bridge rectifier
may be used. A significant drop will occur when using a full wave
bridge rectifier.
Any low voltage condition will cause erratic operation of the
optional board sensor.
When using a full wave bridge rectifier all access controls and/or
release contacts must be located between the magnetic lock and rectifier
to ensure quick release.
Electrical Specifications:
Dual Voltage 12 or 24VDC
Power Consumption 500mA@12VDC
250mA@24VDC
DS Door Status Sensor SPDT, 500mA@30VDC
LS Lock Status Sensor SPDT, 2A@30VDC
Quick Mount
Interlocking
Mounting Assembly
Mounting Screws
Armature
Interlocking
Mounting Plate
Frame
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E600.vsd REV A1 04-11 Page 2
1. Inspect the frame header to determine if mounting accessories are required (refer to page 4).
2. Fold template as indicated on dotted line. For single doors locate template against the door and header on the
lock jamb side of the frame.
3. Mark and drill holes as indicated by the template.
4. Mount armature to door.
STEP 4
STEPS 2 & 3
STEP 5
5. Install mounting plate to header with the interlock detail away from the door side of the stop.
Loosely fasten screws through adjustment slot as shown. Assure that the mounting plate and
armature line up properly, then tighten down ALL mounting screws.
HOLLOW METAL DOOR
From Sexnut side of door, drill exactly 1/2 hole thru one metal
thickness only. From Armature side of door, drill 5/8 hole to insert
reinforcement tube. Press in sexnut and reinforcement tube all the
way and mount armature to door using hardware provided.
REINFORCEMENTTUBE
1-3/4 HOLLOW
METAL DOOR
5/8 DRILL
STEEL WASHER 2X
RUBBER WASHER
5/16-18 SOC HD
SCREW
WITH 3/16 (5MM)
ALLEN HEX
ARMATURE1/2 DRILL
SEXNUT
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E600.vsd REV A1 04-11 Page 3
7. Select jumper position for 12VDC or 24VDC. Connect power to magnetic lock.
STEP 6
A/C
MAINS
POWER
SUPPLY
12VDC
or
24VDC
+
-SWITCH or ACCESS CONTROL
8. Test operation. When all is operating properly, tighten
all screws as shown. Install anti-tamper plugs over socket head
screws using a soft hammer to avoid damage to the housing.
6. Holding the magnet housing at each end, engage the entire length of the interlock detail, by pushing towards the
door. Tap with a soft hammer to ensure proper alignment and engagement.
CAUTION: The lock body must be held in place until secured with mounting screws. Secure socket head
screws provided inside the housing at each end. Start screws into threads carefully to avoid stripping the
threads. Check alignment and tighten screws. Pull wires through frame, mounting plate and magnet housing
COMNC
NO
Door Position Sensor (Reed switch)
RED (open with door closed)
GREEN (closed with door closed)BLACK
+-NO
CNC
12
34
5
Power
Supply Lock Status
Switch
Voltage Jumper 12VDC24VDC
A RED LED INDICATES
ENERGIZED & UNSECURED
(GREEN=ENERGIZED & SECURE)
LED
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E600.vsd REV A1 04-11 Page 4
To maintain surface plating from corrosion:Do not touch the lock face with your hands.
Clean lock face with Scotch-Brite pad by 3M (do not use sandpaper).
Apply a thin film of rust inhibitor (LPS-3) on lock face.
Repeat application on armature plate.
Supplied Mounting Hardware
ANGLE BRACKET
E12L
Inches: 10.5" L x 0.5" H x 0.75" D
mm: 266 L x 12.7 H x 19 D
May be field cut for use with E600
ADJUSTABLE ANGLE BRACKET
E6A
For use with Model E600 Series
STOP FILLER PLATE
EF02
Inches: 10.5" L x 0.5" H x 0.75" D
mm: 266 L x 12.7 H x 19 D
May be field cut for use with E600
GLASS DOOR ARMATURE BRACKET
E6U
For use with Model E600 Series
Field adjustable for glass thickness
TOP JAMB MOUNTING BRACKET
E6Z
For use with Model E600 Series
MOUNTING ACCESSORIES:
-
The E300 Series magnetic lock is mounted to the underside of the cabinet housing
or vertically inside the cabinet.
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E300.vsd REV A 04-11 Page 1
Any suggestions or comments to this instruction or
product are welcome. Please contact us through
our website or email engineer@sdcsecurity.com
INSTALLATION INSTRUCTIONS
E300 SERIES MAGNETIC CABINET/DISPLAY CASE LOCK
Electrical Specifications:
Dual Voltage 12 or 24VDC
Power Consumption 360mA@12VDC
180mA@24VDC
LS Lock Status Sensor SPDT, 250mA@30VDC
801 Avenida Acaso, Camarillo, Ca. 93012 (805) 494-0622
www.sdcsecurity.com E-mail: service@sdcsecurity.com
Select jumper position for 12VDC or 24VDC. Connect power to magnetic lock.
A/C
MAINS
POWER
SUPPLY
12VDC
or
24VDC
+
-SWITCH or ACCESS CONTROL
Test operation. After verifying proper operation, tighten
all screws as shown. Install anti-tamper plugs over socket
screws using a soft hammer to avoid damage to the housing.
+-
12
Power
Supply
Voltage Jumper 12VDC24VDC
COMNC
NO
Lock Status Switch
RED (open with power and door closed)
GREEN (closed with power and door closed)BLACK
-
P:\INSTALLATION INST\Electromagnetic Locks\EXCEL\INST-E300.vsd REV A 04-11 Page 2
STEP 2MOUNT THE ARMATURE PLATE TO DOOR USING (1 )
RUBBER WASHER SANDWICHED BETWEEN (2)
STEEL WASHERS (THE RUBBER WASHER AND (2)
STEEL WASHERS ARE INSTALLED ON THE
MOUNTING BOLT BETWEEN THE ARMATURE PLATE
AND DOOR).
DRILL HOLES AS INDICATED
ON TEMPLATE.
PLACE TEMPLATE AGAINST
CABINET DOOR AND FRAME.
STEP 1FOLD TEMPLATE ALONG
DOTTED LINE.
STEP 3INSTALL THE MOUNTING PLATE
ADJUST THE MOUNTING PLATE SO THAT IT AND
THE ARMATURE FORM A RIGHT ANGLE.
INSTALL THE REMAINING MOUNTING SCREWS.
STEP 4INSTALL MAGNET TO
MOUNTING PLATE.
CAUTION: The lock body must be held in place until secured with mounting screws. Secure socket head
screws provided inside the housing at each end. Start screws into threads carefully to avoid stripping the
threads. Check alignment and tighten screws. Pull wires through frame, mounting plate and magnet housing
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