Dorma ED800 J, ED800 T Installation Instructions Manual

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Page 1

DORMA ED800 SERIES

INSTALLATION INSTRUCTIONS

ED800 J

www.dorma-usa.com 1-800-523-8483

ED800 T

08102710 05/07

Page 2

TABLE OF CONTENTS Page

Suggested Tool List……………………………………………………………………………… 3 Functional Detail…………………………………………………………………………………. 4 Installation of Unit... Introduction……………………………………………………………………………………….. 5 ED 800J Template & Mounting Instructions…………………………………………………... 6 ED 800J x Drop Template & Mounting Instructions………………………………………….. 8 ED 800J x Drop x 830 Template & Mounting Instructions…………………………………… 8

ED 800J x 870 Angle Bracket Template (optional)............................................................. 28

ED 800T Template & Mounting Instructions……………………………………………………11 Valve Adjustments……………………………………………………………………………….. 13 Spring Power Adjustment……………………………………………………………………….. 13 Main Power Main Power Connection…………………………………………………………………………. 14 Power Cord Option………………………………………………………………………………. 14 Fuse……………………………………………………………………………………………….. 15 Remote Switch Option…………………………………………………………………………... 15 Fire Door Wiring………………………………………………………………………………….. 15

Power Adjustments Push/Pull Switch…………………………………………………………………………………. 16 Latch/Delay On/Off Switch……………………………………………………………………… 16 Low Energy Function……………………………………………………………………………. 16 Power Assist Function…………………………………………………………………………... 17

Latched Door…………………………………………………………………………………….. 17 ED800 Controller Module Diagram……………………………………………………………. 18 External Connections

Accessory Wire Routing………………………………………………………………………. 19

Open Trigger………………………………………………………………………………….... 20

WS-1 Wall Switch…………………………………………………………………………........ 20

FS-1 Frame Switch…………………………………………………………………………...... 20

RFR Radio Frequency Receiver…………………………………………………………....... 21

WS/RFT-1 Wall Switch……………………………………………………………………....... 21

HH/RFT-1 Transmitter……………………………………………………………………........ 22

KC/RFT-1 Transmitter……………………………………………………………………........ 22

KC/RFT-2 Transmitter……………………………………………………………………........ 22

MS-1 Motion Sensor…………………………...…………………………………………....... 23

Busy Swing (Safety PS-1 Presence Sensor).…………………………………………….... 23

Vestibule Function…………………………………………………………………………….. 24 Latch/Delay Interface…………………………………………………………………………. 25 Strike Interface………………………………………………………………………………… 25

Latch Retraction……………………………………………………………………………..... 25

Auxiliary Power Output……………………………………………………………………….. 26 Signage…………………………………………………………………………………………… 27 Electrical Specifications……………………………………………………………………...…. 29

ED800-2

08102710 05/07

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SUGGESTED TOOL LIST The following is a list of tools required for the installation of the ED 800. Additional tools may be required for installation of

the various types of actuators and accessories.

1. Long No. 2 Phillips screwdriver

2. No. 3 Phillips screwdriver

3. 1/8" blade screwdriver

4. 3/16" blade screwdriver

5. Tape measure

6. 10" Adjustable wrench

7. Center punch

8. Hammer

9. 5mm Hex key

10. 6mm Hex key

11. 3/8" Drill

12. No. 7 (0.201") Drill bit

13. 5/32" Drill bit

14. 3/8" Drill bit

15. 7/8" Hole saw

16. 1/4 - 20 Tap

17. Safety glasses

18. ED 800 Installation Video

ED800-3

08102710 05/07

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GENERAL INFORMATION Functional Detail The DORMA ED 800 low energy power operator was designed

to make doors accessible, while still providing the good operating characteristics of a manual door closer.

The ED 800 is based on the DORMA TS83 door closer and offers the same sweep, latch, backcheck, adjustable spring power and operating efficiencies. In the normal mode of operation, the ED 800 will be used as a manual door closer. Upon activation the unit will open the door, hold the door open for a predetermined period, and close the door under the parameters as set forth by ANSI A156.19, Standard for Power Assist and Low Energy Power Operated Doors.

The mechanical components of the unit consist of a permanent magnet type DC motor, which drives a lead screw assembly. The lead screw assembly has a recirculating ball nut with a shuttle attached to it. The shuttle drives the TS83 door closer.

The electronic components of the unit consist of the motor, an encoder assembly, a control module, a power transformer, and additional electronic components and assemblies. The transformer is powered by line voltage. The transformer powers the control module. The motor is driven by the control module. The motor shaft turns an incremental encoder which indicates the motor velocity to the control module. The control module responds to external inputs such as an activation switch and internal door inputs such as an obstacle encountered in the opening or closing cycle.

The unit also provides a manual rocker switch for a hold open function. The hold open switch will override all other inputs, and will hold the door open approximately 5 minutes. After that period of time, the door will automatically close and return to the automatic mode. The door can also be closed at any time by pushing the hold open rocker switch in the opposite direction.

The ED 800 has two basic functions which can be selected in the field: Low Energy or Power Assist. The factory setting will be at Low Energy. In the Low Energy function, when the door is activated, the door will open within the speed and force guidelines, per ANSI A156.19. The door will open to a position which is adjustable between 85° and 115°, and will stay in the hold open position for a period of time which is adjustable from 5 to 60 seconds. At the expiration of the selected time, the door will begin to close. The time delay commences once the door attains the fully open position, or when it last receives an actuation input, whichever occurs later.

In the opening cycle the door will exert a maximum of 15 lbf. at the latch edge of the door. In the event an obstacle is encountered, the power will be reduced to the door, so that the door is held in a balanced state.

While in the balanced state the door can easily be pushed open or closed, as needed. The door will remain in the balanced state for the length of time as set by the time delay adjustment. The time delay commences once there is no longer any door movement.

In the closing cycle a maximum of 15 lbf. may be generated at the latch edge of the door. If an obstacle is encountered, the unit will balance the door. While in this state the door can easily be pushed open or closed manually, as needed. The door will remain in the balanced state for the length of time as set by the time delay adjustment. The time delay commences once there is no longer any door movement.

If at any time there is a power failure, the unit will operate as a standard TS83 door closer.

The second basic function is power assist. When the power assist is activated, the unit responds by opening the door approximately one inch, to alert the user that the power assist mode is active. The door can then be opened with a reduced opening force, which can be adjusted from 1/2 lb. to 5 lbs., as measured from the latch edge of the door. The reduction of opening force remains active as long as the unit senses door movement, plus the duration of the time delay setting. The time delay will commence after there is no door movement. At the expiration of the time delay, the door begins to close under the control of the TS83 door closer.

When the ED 800 is initially energized, it will perform a learn cycle. If the door is latched and can not open during the learn cycle, the ED 800 will default to the power requirements of a typical 36" wide interior door. If an electric strike, magnetic lock or electric latch retraction device is installed and tied in with the delay contacts, the ED800 will automatically send a signal to unlock the strike, magnetic lock or hold back the electric latch. The ED800 will only go through a full learn cycle when turned on at the ON/OFF switch. During the learn cycle, the exact closed position of the door will be established. Also, the ED800 will open the door a few degrees to determine the amount of force required to compress the door closer spring and set the door in motion. From this information, along with the "door width" setting, the control module can determine the amount of force to exert on the door so as not to exceed the 15 lbf. maximum required by the ANSI 156.19 standard. If the ED800 losses power, (other than the ON/OFF switch) when power is restored the ED800 does a Secure Learn. The most recent learn cycle is stored in memory and is used so that the door stays secure (locked and latched) during and after a power failure.

Activation of the ED 800 can be by any normally open circuit which is momentarily closed to signal the door. The most basic means of activating the unit would be a wall switch or frame switch which is directly wired to the external connector. A radio frequency receiver along with a radio frequency wall switch transmitter, or hand held transmitter, can be used if it is considered too difficult to run wires from the push button to the unit. For doors that are specifically dedicated for accessibility, a motion sensor is available to activate the unit. Keep in mind that when the unit is not activated it will operate as a standard TS83 door closer.

ED800-4 08102710 05/07

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Another method of activating the door is with the

feature.

activates the door when it is opened more than one inch. It can be used as the only method of door activation, or it can be used in conjunction with other external activation means, such as push buttons. The push and go type activation is intended for openings that are dedicated to accessibility, since the door is operating automatically 100% of the time. The push and go feature is only active when the door is in the fully closed position.

The ED800 has an The ED800 also has a standard

With this function two units can be interconnected. Upon the completion of the closing cycle of the first unit, an activation signal will be sent to the second unit. This activation functions in both directions. If the interior door is activated first, it will then signal the exterior door to open. If the exterior door is activated first, it will then signal the interior door to open.

The ED800 also has a standard used to control the release of an electric strike, magnetic lock or the retraction of an electric latch, in conjunction with the operation of the ED800.

When the ED800 is activated, Form-C relay (NO/ C / NC) contacts (PINS 6, 7, 8) momentarily change state for up to 1 second to release a strike, magnetic lock or retract a latch.

This is a standard field selectable option which

open trigger

to activate the door opening.

vestibule function

latch delay function.

Push and Go

available.

This is

If required, ED800 operation may be delayed by 1/2 second when using an electric strike, magentic lock or latch retraction. Delaying the operator allows a locking device time to release the door before the ED800 opens it. The delay is enabled using an On/Off switch on the controller (See page 16). This feature is only activated when the door is in the closed position, so that electric strikes, magnetic locks or electric latch bolts are not operated needlessly.

In addition, the ED 800 offers an

12 volts DC

at used to power an electric strike or any accessory of compatible voltage.

The ED 800 also has a required by the ANSI A156.19 standard, this safety circuit can provide the ultimate in safe door operation. When the optional presence sensor is installed, the door will not operate under power when it detects an obstacle within the swing area of the door. In addition, the unit will hold the door in the fully opened position until traffic has cleared from the swing area of the door. Under no circumstances however, shall the presence sensor serve to stop an already moving door in the event that the swing area of the door becomes occupied, once the door is in motion. In this case, safety is assured by the low opening force, low opening speed, and obstacle default function of the unit.

, at a maximum of

built-in safety circuit

external output terminal

500 milliamps.

This can be

. While not

, rated

INSTALLATION OF UNIT

Introduction Prior to installation of the ED800, confirm that the door is in proper working order. Hinges or pivots must be in good condition and

the door must swing freely through the entire opening range anticipated with the ED800.

prior to installation of the ED800.

The ED 800 is a non-handed unit which mounts to the door and frame much the same as a standard door closer. The unit is designed so that it can be installed by one person. The backplate is equipped with unique slots to aid in installation. Two s are pre-installed into the frame. The unit is then hung on the two screws until the balance of the screws can be installed and tightened.

There are four different ways that the ED 800 can be ordered and installed:

ED 800J

header on the push side and the arm shoe is attached to the door. The standard unit accommodates a reveal from 2 to 6 inches. For reveals of 0 to 4 inches, the C800R bar and shoe must be specified. For reveals of 4 to 8 inches, the C810R bar and shoe must be specified. For reveals of 8 to 12 inches, the C812R bar and shoe must be specified.

ED 800J x Drop

to clear a low ceiling condition on the push side of the door. This is otherwise similar to the ED 800J.

- Top jamb installation where the unit is attached to the

- Top jamb installation where the unit is located

Ball bearing hinges or needle bearing pivots are recommended for proper ED800 operation.

ED 800J x Drop x 830

ceiling on the push side. The 830 is an arm shoe drop plate designed to connect the ED 800 arm to a narrow top door rail in this particular application. This is otherwise similar to the ED 800J x Drop.

ED 800T

header on the pull side and a track arm assembly is attached to the top of the door.

- Track installation where the unit is attached to the

All door repairs must be performed

crews

- Top jamb drop installation to clear a low

Refer to individual templates for exact dimensional requirements for each particular application.

preparation template included with the ED 800 when preparing the door and frame.

Please use the full size

ED800-5 08102710 05/07

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ED 800J - TOP JAMB INSTALLATION TEMPLATE & MOUNTING INSTRUCTIONS

Prepare door and frame according to template.

NOTES:

1. DO NOT SCALE DRAWING.

2. DIMENSIONS ARE IN INCHES/(MM).

3. LEFT HAND DOOR SHOWN.

4. CAUTION: SEX NUTS ARE REQUIRED FOR ATTACHMENT OF COMPONENTS TO UNREINFORCED

DOORS AND TO WOOD OR PLASTIC FACED COMPOSITE TYPE FIRE DOORS, UNLESS AN ALTERNATIVE METHOD IS IDENTIFIED IN THE INDIVIDUAL DOOR MANUFACTURER'S LISTINGS.

20-11/16

(24)

12-5/8

(321)

3-1/4

(83)

BOTTOM OF FRAME

4-3/8

1-5/16

(33)

3-15/16

(110)

15/16

(525)

(111)

5. SEE CATALOG FOR ARM NUMBER FOR NON STANDARD REVEALS.

6. MAXIMUM OPENING ANGLE 115°.

7. DOORS AND FRAMES MUST BE PROPERLY REINFORCED.

8. IF STOP PROJECTION IS OVER 5/8"

9. AUXILIARY STOP, (BY OTHERS) ARE REQUIRED AT 115° FOR INSTALLATIONS WHERE DOOR CAN OPEN MORE THAN 115°.

FOR 1/4-20 MACHINE SCREWS USE No.7 (0.201") DRILL FOR No. 14 WOOD SCREWS USE 5/32" DRILL FIVE (5) HOLES IN FRAME FOR PLATE

8-13/16

(224)

1-3/32

(28)

7/16

(11)

1-3/4

(44)

1-3/4

(44)

USE ED800 x DROP INSTALLATION.

MINIMUM TO CEILING 4-1/4"

7/8" DIA. HOLE FOR WIRE ACCESS

2" TO 6" STD.

REVEAL

SEE NOTE # 5

5/8" MAX. SEE NOTE # 8

FOR 1/4-20 MACHINE SCREWS USE No.7 (0.201") DRILL FOR No.14 WOOD SCREWS USE 5/32" DRILL FOR SEX NUTS USE 3/8" DRILL TWO (2) HOLES IN DOOR FOR ARM SHOE

OF 4-1/2" WIDE HINGE, 3/4" OFFSET PIVOT,

ED800-1 Rev.08/04

Remove two (2) cover screws and cover. Disconnect cover ground wire at base plate. Loosen, but do not remove end cap screws and slide end caps off.

Note: Re-install end caps, cover ground wire and cover after installation is complete. Push-in emblems or logo decals can be applied to hide cover screws if needed.

COVER

END CAP END CAP

GROUND WIRE FOR COVER

WITH SWITCHES

END CAP SCREW

(LEFT HAND MOUNT SHOWN)

ED800-6

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Initially install screws for slots "A" as pictured, allowing 5/16" between the screw head and the frame. Align the slots in the mounting plate with the screws. Slide the mounting plate over the screw and hold the unit in place until the balance of the screws are installed. Tighten all screws securely.

SLOT "A"

MOUNTING PLATE

HINGE SIDE OF DOOR

Orient arm as shown. Attach arm shoe to door. Place wrench on top pinion shaft and rotate pinion slightly toward latch edge of door. Slide main arm over bottom pinion shaft. Fasten securely with pinion screw and lock washer provided. Loosen screw in connecting arm so arm slides freely. Adjust connecting arm length so rod and connecting arm are 90° to door. Re-tighten screw.

MAIN ARM

LOCK WASHER

PINION SCREW

CONNECTING ARM

ROD

ARM SHOE

HINGE SIDE OF DOOR

6 mm HEX KEY

08102710 05/07ED800-7

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ED 800J X DROP - TOP JAMB DROP INSTALLATION TEMPLATE & MOUNTING INSTRUCTIONS

Prepare door and frame according to template.

NOTES:

1. DO NOT SCALE DRAWING.

2. DIMENSIONS ARE IN INCHES/(MM).

3. LEFT HAND DOOR SHOWN.

4. CAUTION: SEX NUTS ARE REQUIRED FOR ATTACHMENT OF COMPONENTS TO UNREINFORCED DOORS AND TO WOOD OR PLASTIC FACED COMPOSITE TYPE FIRE DOORS, UNLESS AN ALTERNATIVE METHOD IS IDENTIFIED IN THE INDIVIDUAL DOOR MANUFACTURER'S LISTINGS.

1-5/16

(33)

3-15/16

(100)

3-1/4

(83)

20-11/16

(525)

4-3/8

(111)

5. SEE CATALOG FOR ARM NUMBER

FOR NON STANDARD REVEALS.

6. MAXIMUM OPENING ANGLE 115°

7. DOORS AND FRAMES MUST BE PROPERLY

REINFORCED.

8. AUXILIARY STOP, (BY OTHERS) ARE REQUIRED AT 115° FOR

INSTALLATIONS WHERE DOOR CAN OPEN FURTHER THEN 115°

FOR 1/4-20 MACHINE SCREWS USE No.7(0.201") DRILL & TAP

8-13/16

(224)

FOR No. 14 WOOD SCREWS USE 5/32" DRILL FIVE (5) HOLES IN FRAME FOR PLATE

MINIMUM TO CEILING 1-3/4"

4-1/4

BOTTOM OF FRAME

12-5/8

(321)

OF 4-1/2" WIDE HINGE, 3/4" OFFSET PIVOT

ED800J X DROP TOP JAMB DROP INSTALLATION - LOW CEILING CLEARANCE (PUSH SIDE MOUNT)

(108)

1-3/4

(44)

11/16

(17)

15/16

(24)

3/8 (10)

FOR 1/4-20 MACHINE SCREWS USE No.7 DRILL FOR No.14 WOOD SCREWS USE 5/32" DRILL FOR SEX NUTS USE 3/8" DRILL TWO (2) HOLES IN DOOR FOR ARM SHOE

7/8" DIA. HOLE FOR WIRE ACCESS

2" TO 6" STD.

REVEAL

SEE NOTE # 5

ED800-2 Rev.08/04

ED 800J X DROP X 830 - TOP JAMB DROP INSTALLATION WITH 830 ARM SHOE DROP PLATE TEMPLATE & MOUNTING INSTRUCTIONS

Prepare door and frame according to template.

NOTES:

1. DO NOT SCALE DRAWING.

2. DIMENSIONS ARE IN INCHES/(MM). 5. SEE CATALOG FOR ARM NUMBER

3. LEFT HAND DOOR SHOWN.

20-11/16

(525)

1-5/16

(33)

3-15/16

(100)

3-1/4

(83)

4-3/8

(111)

FOR NON STANDARD REVEALS.

6. MAXIMUM OPENING ANGLE 115°

7. DOORS AND FRAMES MUST BE PROPERLY

REINFORCED.

8. AUXILIARY STOP, (BY OTHERS) ARE REQUIRED AT 115° FOR

INSTALLATIONS WHERE DOOR CAN OPEN FURTHER THEN 115°

FOR 1/4-20 MACHINE SCREWS USE No.7(0.201") DRILL & TAP

8-13/16

(224)

FOR No. 14 WOOD SCREWS USE 5/32" DRILL FIVE (5) HOLES IN FRAME FOR PLATE

MINIMUM TO CEILING 1-3/4"

3/4" MAX.

BOTTOM OF FRAME

12-5/8

(321)

OF 4-1/2" WIDE HINGE, 3/4" OFFSET PIVOT

ED800J X DROP X 830 ARM SHOE DROP PLATE

TOP JAMB DROP INSTALLATION - LOW CEILING CLEARANCE / NARROW TOP RAIL (PUSH SIDE MOUNT)

1-3/8

(35)

1/2 (13)

3/8

11/16

(10)

7/8

(22) 1-3/4 (44)

FOR 1/4-20 MACHINE SCREWS USE No.7 DRILL FOR No.14 WOOD SCREWS USE 5/32" DRILL FOR SEX NUTS USE 3/8" DRILL THREE (3) HOLES IN DOOR FOR PLATE

15/16

(24)

(17)

7/8" DIA. HOLE FOR WIRE ACCESS

2" TO 6" STD.

REVEAL

SEE NOTE # 5

ED800-4 Rev.08/04

ED800-8 08102710 05/07

2" MIN. TOP RAIL

Page 9

Remove two (2) cover screws and cover. Disconnect cover ground wire at base plate. Loosen, but do not remove end cap screws and slide end caps off.

Note: Re-install end caps, cover ground wire and cover after installation is complete. Push-in emblems or logo decals can be applied to hide cover screws if needed.

GROUND WIRE FOR COVER

END CAP WITH SWITCHES

END CAP

END CAP SCREW

COVER

(LEFT HAND MOUNT SHOWN)

SLOT "A"

HINGE SIDE OF DOOR

ED800-9

SLOT "A"

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If required, attach 830 arm shoe drop plate to top rail with three screws provided.

830 DROP PLATE

HINGE SIDE OF DOOR

Orient arm as shown. Attach arm shoe to door or 830 arm shoe drop plate. Place wrench on top pinion shaft and rotate pinion slightly toward latch edge of door. Slide main arm over bottom pinion

shaft. Fasten securely with pinion screw and lock washer provided. Loosen screw in connecting arm so arm slides freely. Adjust connecting arm length so rod and connecting arm are 90° to door. Re-tighten screw.

MAIN ARM

LOCK WASHER

PINION SCREW

6 mm HEX KEY

CONNECTING ARM

ROD

ARM SHOE

HINGE SIDE OF DOOR

08102710 05/07ED800-10

Page 11

ED 800T - TRACK INSTALLATION TEMPLATE & MOUNTING INSTRUCTIONS

Prepare door and frame according to template.

NOTES:

1. DO NOT SCALE DRAWING.

2. DIMENSIONS ARE IN INCHES/(MM).

3. RIGHT HAND DOOR SHOWN.

(25)

"A"

"B"

7/8" DIA. HOLE FOR WIRE ACCESS

8-13/16

(224)

1-7/16

(37)

4-3/8

BOTTOM OF FRAME

(111)

5. MAXIMUM OPENING ANGLE 115°.

6. DOORS AND FRAMES MUST BE PROPERLY REINFORCED.

7. AUXILIARY STOP, (BY OTHERS) ARE REQUIRED AT 115° FOR

INSTALLATIONS WHERE DOOR CAN OPEN FURTHER THEN 115°

FOR 1/4-20 MACHINE SCREWS USE No.7 (0.201") DRILL FOR No. 14 WOOD SCREWS USE 5/32" DRILL FIVE (5) HOLES IN FRAME FOR PLATE

3-1/4

(83)

23-1/2

(597)

3-15/16

(100)

1/2 (13)

MINIMUM TO CEILING 4-5/8"

13/16

(21)

15/16

(24)

DIM. "A"

DIM. "B"

4-1/2"

WIDE HINGE

7/16" 1"

(11) (25)

4-5/16"

(106)

3/4" OFFSET

PIVOT

4-7/8" (124)

FOR 1/4-20 MACHINE SCREWS USE No.7 (0.201") DRILL FOR No.14 WOOD SCREWS USE 5/32" DRILL

OF HINGE

FOR SEX NUTS USE 3/8" DRILL TWO (2) HOLES IN DOOR FOR TRACK

ED800-3 Rev.08/04

Remove two (2) cover screws and cover. Disconnect cover ground wire at base plate. Loosen, but do not remove end cap screws and slide end caps off.

Note: Re-install end caps, cover ground wire and cover after installation is complete. Push-in emblems or logo decals can be applied to hide cover screws if needed.

COVER

END CAP

GROUND WIRE FOR COVER

END CAP WITH SWITCHES

END CAP SCREW

(LEFT HAND MOUNT SHOWN)

ED800-11

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Page 12

SLOT "A"

SLOT "A" MOUNTING PLATE

HINGE SIDE OF DOOR

Insert slide shoe and end blocks into track and attach track to door. Attach arm to slide shoe using

screw provided. Place wrench on top pinion shaft and rotate 45° towards hinge edge of door. Slide arm over bottom pinion shaft. Fasten securely with pinion screw and lock washer provided.

HINGE SIDE OF DOOR

SLIDE SHOE SCREW

5 mm HEX KEY

END BLOCK

LOCK WASHER PINION SCREW

6 mm HEX KEY

08102710 05/07ED800-12

Page 13

VALVE ADJUSTMENTS

Adjust sweep, latch and backcheck valves. Closing time from 90° to 10° (sweep range) should take at least 3 seconds. Closing time from 10° to fully closed (latch range) should take at least 1.5 seconds. Backcheck intensity should be adjusted to ensure that door is under control during the opening cycle

BACKCHECK RANGE

CAUTION: DO NOT REMOVE VALVES.

INCREASE

DECREASE

SWEEP

RANGE

LATCH RANGE

BACKCHECK

INTENSITY

SPRING POWER ADJUSTMENT

Adjust spring tension according to the chart below. The ED 800 is shipped from the factory as

a size 3. The spring power can be increased to a size 5. Clockwise turns increase spring power.

Do not decrease spring power from factory setting.

CRITICAL

Spring tension must be adjusted to ensure that door will close and latch consistently.

BACKCHECK VALVE

SWEEP VALVE

LATCH VALVE

DECREASE

INCREASE

SWEEP & LATCH SPEED

adjust with 5 mm hex key

INCREASE

DOOR WIDTH

EXTERIOR

3'-0" 3'-6"

ULC LABELED UNITS ONLY - ADJUST ACCORDING TO CHART

MAX. DOOR WEIGHT (LBS.)

INTERIOR

3'-0" 3'-6" 4'-0"

125 150

200

FULL TURNS OF SPRING

ADJUSTING

0 6 9

FULL TURNS OF SPRING

ADJUSTING

0 6 9

SPRING SIZE

3 4 5

SPRING SIZE

3 4 5

08102710 05/07ED800-13

Page 14

MAIN POWER CONNECTION

Connect the 120 volt AC power supply wires to the ED 800 terminal block. Connect the ground

wire to the green ground screw on the mounting plate. Observe all local electrical codes when

performing connections.

The incoming wire size is to be 14 AWG. The maximum power consumption of the ED 800 is 2

amps.

WARNING: DISCONNECT POWER WHILE MAKING CONNECTIONS.

FUSE TERMINAL BLOCK

L1 (BLACK)

N (WHITE)

GROUND

POWER CORD OPTION (refer to Installation Instructions 08076325)

The ED800 is available with an optional power cord which allows the unit to be plugged directly into a standard receptacle. If power cord is being added as a field option, refer to instructions packaged with power cord. A grounding-type 120 volt receptacle rated for a minimum of 15 amps. is required and should be located at the approximate location shown. When considering the amount of units to be supplied by one circuit, remember the power consumption is 2 amps. per unit.

When routing the power cord to the receptacle, do not run through doorways, window openings,

walls, ceilings, floors, or the like. Do not attach or otherwise secure the power cord to the building

structure, and do not conceal the power cord behind walls.

WARNING: DO NOT ALLOW THE POWER CORD TO BECOME ENTRAPPED IN THE MOVING PARTS OF THE ED 800 OR THE DOOR AND THE FRAME.

If the local codes require permanent wiring to be employed, refer to Main Power Connection

section.

Track Installations

Top Jamb & Top Jamb Drop Installations

(254)

(152)

(813)

(152)

HINGE

Push Side of DoorPull Side of Door

08102710 05/07ED800-14

Page 15

FUSE

The ED 800 is protected by a 3 amp type AGC size 1/4" x 1 1/4" fuse. Replace only with an

identical fuse.

WARNING: DISCONNECT POWER TO THE ED 800 WHEN REPLACING THE FUSE.

ON/OFF SWITCH

The ED 800 is equipped with an on/off switch which is located in the end cap closest to the control

module. The switch must be in the "on" position for any powered function. It is recommended that

the switch be in the "off" position after hours or during extended idle periods.

HOLD OPEN/CLOSE SWITCH

The ED 800 is equipped with a standard "hold open" feature. To activate, momentarily depress the switch towards "hold open". The door will open and remain in the open position for approximately 5

minutes. After that period of time, the door will then close and the unit will be ready for normal

operation. To close the door at any time, depress the switch towards "close". This will override the time delay and close the door immediately.

NOTE: Hold Open/Close Switch must be plugged into control module to enable operator.

ON "1"

OFF "0"

HOLD OPEN CLOSE

REMOTE SWITCH OPTION (refer to Installation Instructions 08105680)

If the ED 800 is ordered with the RS - Remote Switch option, the On/Off switch and the Hold

Open/Close switch are deleted. This is recommended for applications where the switches may be subjected to tampering. In this application, a remote switch must be provided (by others) in the

incoming power supply. This switch must be wired in accordance to The National Electrical Code.

L1 with

SPST SWITCH RATED @ 3amp @ 120 VOLTS MIN. (BY OTHERS)

FIRE DOOR WIRING

When the ED 800 is installed on a fire door, the main power to the unit must be supplied through a set of contacts in a UL listed fire alarm panel. The contacts are to be closed under normal (stand-by) conditions providing power to the unit. Under alarm conditions, the contacts must open, cutting power to the unit, causing the ED 800 to operate as a manual door closer.

08102710 05/07ED800-15

Page 16

POWER ADJUSTMENTS

NOTE: Before making any power adjustments, the ED 800 unit must be properly installed on

the door and frame, the arm must be adjusted and the spring tension set.

PUSH/PULL SWITCH

Determine that the Push/Pull switch is set properly. Push is required for all top jamb applications. Pull is required for all track applications. (See page 18 for switch location)

LATCH DELAY ON/OFF SWITCH

When turned "ON" this switch delays the function of the operator by 1/2 second to allow time for a strike to operate. (See pages 5 or 25)

LATCH DELAY SWITCH (OFF/ON)

MOUNT STYLE SWITCH (PUSH/PULL)

CLOSING OBSTACLE SWITCH (OFF/ON)

LOW ENERGY FUNCTION

1. Adjust the "Power Assist/Low Energy" slide switch to the "Low Energy" position.

2. Adjust the "Door Width" potentiometer to match the approximate door width. Doors must be between 36 and 48 inches wide for optimum operation.

3. Adjust the "Opening Time(LE)" potentiometer to obtain the desired door opening time. "MIN" is the least amount of opening time (fastest door speed), and "MAX" is the greatest amount of opening time (slowest door speed).

4. Adjust the "Opening Angle" potentiometer to obtain the desired angle of opening (Hold Open Position). This is adjustable from 85° to 115°. This is a "live" adjustment when the door is in the hold open position

5. Adjust the "Delay Time" potentiometer to obtain the desired amount of time the door will remain at the hold open position. This is adjustable from 5 to 60 seconds. The delay time will commence when the door reaches the hold open position, or when it last receives an actuation input, whichever occurs later.

6. Adjust the "Push & Go" slide switch as required. When in the "on" position, a door movement of one inch will activate the unit. If the user opens the door briskly beyond 45° the Push & Go feature will abort. This is to conserve heating and air conditioning energy and to prevent the unit from operating needlessly. When in the "off" position, the unit must be activated externally.

Refer to the Functional Detail in the General Information section for a complete description of the

operation of the ED 800 in Low Energy Function.

ED800-16 08102710 05/07

Page 17

POWER ASSIST FUNCTION

1. Adjust the "Power Assist/Low Energy" slide switch to the "Power Assist" position.

2. Adjust the "Door Width" potentiometer to match the approximate door width. Doors must be between 36 and 48 inches wide for optimum operation.

3. Adjust the "Opening Force(PA)" potentiometer to obtain the amount of opening force desired. "MIN" is the least amount of force required to open the door (approximately 1.5 pounds of force), and "MAX" is the greatest amount of force required to open the door (approximately 5 pounds of force).

4. Adjust the "Opening Angle" potentiometer to obtain the maximum angle of opening to which the unit will assist.

5. Adjust the "Delay Time" potentiometer to obtain the desired amount of time the door will remain in the Power Assist function once activated. This is adjustable from 5 to 60 seconds. The delay time will commence upon activation or when there is no longer any door movement, whichever occurs later.

Refer to the Functional Detail in the General Information section for a complete description

of the ED 800 in Power Assist Function.

LATCHED DOOR

If the ED 800 is to be installed on a door which is required to be latched, it is recommended that an

electric strike release or electric latch retraction device be installed. When the ED 800 is installed

on a door with an exit device, the device should be dogged during hours when the ED 800 is turned

on.

If it is not possible to release the strike or retract the latch, the ED 800 must be activated by only

the Push & Go feature. Also, the latch must be manually held retracted when the unit is initially

turned on. This is because the ED 800 performs a "learn cycle" when it is first energized. Part of

the learn cycle requires that the door be opened a few degrees to obtain information about the

amount of force required to open that particular door. If the door is latched during the learn cycle,

the ED 800 will default to the power requirements of a typical 36" wide interior door.

If this is not satisfactory, simply turn the unit off, wait approximately 30 seconds, then turn the unit

back on while holding the latch retracted until the learn cycle is completed.

ED800-17 08102710 05/07

Page 18

ED800 Controller Module Diagram











External Connector (See below)



 Encoder Connection

Transformer/Motor Connection



 Battery (Factory use only)

Hold Open Switch Connection



 Closing Obstacle Switch (Off/On)

Mount Style Switch (Push/Pull)



Latch Delay Switch (Off/On)





External Connector

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE







NOTE: Terminal can be removed from control module to simplify installation of wires. The maximum recommended wire size is 18 AWG.

ED800-18 08102710 05/07

Page 19

ACCESSORY WIRE ROUTING

Remove knockout with a 1/2" diameter punch and hammer. Back side of end cap must be

supported to prevent damage to the end cap.

1/2" DIA. PUNCH

KNOCKOUT

OVERSIZE SOCKET

AS RECEIVER

END CAP

Insert bushing into end cap.

Feed accessory wires through bushing in end cap. Connect wires as required to external connector.

Note: Accessory wires must be isolated from 120V incoming power

120V INCOMING FEED WIRED HERE

BUSHING

END CAP

EXTERNAL CONNECTOR FOR ACCESSORY WIRES

08102710 05/07ED800-19

Page 20

OPEN TRIGGER

WS-1 Wall Switch

FS-1 Frame Switch

The open trigger is created by providing a dry, normally open circuit , which is momentarily closed

to signal the ED 800. Contact is made between "OPEN TRIGGER" and "GROUND".

Typical Wall Switch or Frame switch wiring diagram.

GROUND +12VDC

321

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE

ED 800

Outside Switch

WS-1 WALL SWITCH

When considering the location

Inside Switch

of the 800 WS-1 Wall Switch, sufficient distance should be

4x4 box mounting screws

allowed between the switch and the door, to allow for the

6 x 32 wall switch mounting screws

door to open.

4x4 or 2x4 Junction box

(by others)

FS-1 FRAME SWITCH

The FS-1 Frame Switch is designed to be installed in a metal door frame with a minimum width of 1 3/4".

NOTE: Generally, a junction box is not used with this type of switch

6-32 screw plastic inserts

42" APPROXIMATE CL

FINISHED

FLOOR

Tighten screws through holes in cover plate with 3/32" hex key

Tighten screws through holes in cover plate with 5/64" hex key

42" APPROXIMATE CL

FINISHED FLOOR

ED800-20 08102710 05/07

Page 21

800RFR Radio Frequency Receiver

The 800RFR RF Receiver can be used on applications where it is not practical to run wires from a switch to the ED 800 unit.

A code must be selected to insure the receiver is only activated by the intended transmitter(s). This is determined by the positions of the 10 small switches numbered 1 through 10 located on the receiver board. To gain access to the switch, remove the top section of the case. Any combination of on (closed) or off (open) positions can be selected by using a small screwdriver or ball point pen. It is strongly recommended

CODE SWITCH

that the following codes be avoided: all on; all off; 2, 4, 6, 8, 10 on; or 1, 3, 5, 7, 9, on. These codes are frequently used and create the possibility of false operation. After selecting the code be sure it is recorded so that it may be duplicated in any transmitter intended to operate the door.

Connect wires according to following diagram.

Install antenna by threading it on the connector. Locate receiver in close proximity to the ED 800 unit. Position antenna so that it is clear of metal structures. Anchor the receiver permanently.

800RFR

RECEIVER

NOTE: Be sure receiver unit is kept away from direct moisture. After installation is complete, check for proper operation. The transmitter should provide reliable

operation from a distance of about 50 feet, however the environment and location of both transmitter and receiver will affect range.

BLACK

RED

GRAY

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE

WS/RFT-1Wall Switch The WS/RFT-1 wall switch with radio frequency transmitter is used in conjunction

with the 800RFR radio frequency receiver. The wall switch transmitter must be located within a distance of 50 feet from the receiver. The WS/RFT-1 is suitable for outdoor use, however it must not be exposed to direct moisture. Anchor the backplate of the wall switch securely to the mounting surface at a height approximately 42" above the finished floor.

Anchor backplate securely to wall.

Select the code for the transmitter. The code must be identical to the code for the receiver which is intended to be signalled. Refer to code selection for 800RFR Radio Frequency Receiver. Connect the 9 volt battery at this time.

The replacement battery is 9 volt NEDA 1604 (Eveready 216 or equivalent).

6 - 32 Wall switch mounting screw.

CODE SWITCH

Tighten screws through holes in cover plate with 5/64" hex key.

ED800-21 08102710 05/07

NOTE: Flush Mount Assembly Kit also available

Page 22

HH/RFT-1 Transmitter and HH/RFT-2 Transmitter

The HH/RFT hand held transmitters are used in conjunction with the 800RFR radio frequency receiver. Under normal conditions, it will provide reliable activation of the ED800 within a distance of 50 feet.

Select the code for the transmitters. The code must be identical to the code for the receiver which is intended to be signaled. To access the code switch, remove the lower cover of the housing, exposing the battery and the code switch. Refer to the code selection for 800RFR Radio Frequency Receiver. Connect the 9 volt battery at this time.

If desired, a belt clip can be attached to the back of the transmitter housing by sliding the clip completely into the slot provided.

The replacement battery is 9 volt NEDA 1604 (Eveready 216 or equivalent). If the red LED on the transmitter fails to light when the button is depressed, it is most likely that the battery is weak or dead, and should be replaced.

CODE SWITCH

After installation is complete, check for proper operation.

KC/RFT-1 Transmitter and KC/RFT-2 Transmitter

The KC/RFT key chain transmitters are used in conjunction with the RFR radio frequency receiver. Under normal conditions, it will provide reliable activation of the ED 800 within a distance of 50 feet. Select the code for the transmitter. The code must be identical to the code for the receiver which is intended to be signalled. To access the code switch, KC/RFT-1 separate the two halves of the transmitter case by inserting a coin in the side slot and twisting. KC/RFT-2 remove the phillips head screw on back of case and carefully separate the two halves exposing the circuit board and battery.

Refer to the code selection for 800RFR Radio Frequency Receiver. The replacement battery is a 12 volt alkaline lighter battery (Eveready A23 or equivalent).NOTE: If the red LED on the transmitter fails to light when the button is depressed it is most likely that the battery is weak or dead and should be replaced. It is required that the correct polarity is observed when replacing the battery. After installation is complete, check for proper operation.

BATTERY

CODE SWITCH

HH/RFT-1 TRANSMITTER WITH TOP HALF OF CASE REMOVED

HH/RFT-1 TRANSMITTER TOP COVER

OFF 9A

BATTERY

KC/RFT-2 TRANSMITTER TOP COVER

CODE SWITCH #1

CODE SWITCH #2

12345 768

KC/RFT-2 TRANSMITTER WITH TOP HALF OF CASE REMOVED

1 0

ED800-22 08102710 05/07

Page 23

PS-1 Presence Sensor

BUSY SWING (SAFETY)

The ED800 has a built-in safety circuit which can be interfaced with an optional presence sensor. When activated, the safety circuit prevents the door from receiving an "open trigger" signal. Additionally, when the door is in the open position, the safety circuit will now act as an "open trigger" signal, keeping the door open until the signal is no longer present. The use of the safety circuit is optional and not required. However, by utilizing the safety circuit, the ultimate Safety and convenience can be realized. The Safety circuit is activated by making a contact between " Busy Swing (Safety)" and "Ground".

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE

12-24 VAC/VDC + 10°

COM

ED800

DATA (-) DATA (+)

PS-1

NOT USED BY ED800

VESTIBULE FUNCTION

The ED 800 can provide two different types of vestibule functions depending on the method of wiring.

SIMULTANEOUS OPERATION

In this operation, both doors will open at the same time. The switch for each door and the optional switch inside the vestibule will cause both doors to open at the same time.

INTERIOR SWITCH

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE NO

INTERIOR ED800

OPTIONAL SWITCH INSIDE VESTIBULE

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE

EXTERIOR ED 800

EXTERIOR SWITCH

SEQUENTIAL OPERATION (SINGLE DOORS)

In this operation, the doors will open in sequence. The switch at each door will activate that door. After that door closes completely, the other door will be activated. For example, when the exterior switch is depressed the exterior door will open. When the exterior door closes completely, the interior door will then open. This operation is the same in both directions. The optional switch inside the vestibule opens both doors simultaneously.

Note: To one operator or the other, but not to both.

INTERIOR SWITCH

3 4 57 6

INTERIOR ED800

GROUND +12VDC

OPEN TRIGGER

BUSY SWING (SAFETY) VESTIBULE NO C

GROUND

OPTIONAL SWITCH INSIDE VESTIBULE

23 5

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY) VESTIBULE NO

EXTERIOR ED 800

EXTERIOR SWITCH

ED800-23 08102710 05/07

Page 24

LATCH DELAY SWITCH

Toggle switch must be placed in the "ON" position (to the right) to allow ED800 to delay for 1/2 second before opening door when Electric Latch, Strike or Magnetic Locks are interfaced.

LATCH DELAY OFF/ON SWITCH

STRIKE INTERFACE

The ED 800 can coordinate the release of an electric strike with the operation of the door. Upon activation of the unit, a signal is immediately sent to operate the strike. The signal will last until the door is open approximately 10°. Door activation may be delayed for 1/2 second to allow the strike to operate (See page 16). The strike will only be signalled when the door is in the closed position to eliminate unnecessary operation.

A 12 Volt DC fail secure electric strike or fail safe electric strike may be powered directly by the ED 800. The maximum power draw is 500 milliamps.

FAIL SECURE FAIL SAFE

FAIL SECURE STRIKE 12 VDC STRIKE

467 532

ED800

GROUND +12VDC

OPEN TRIGGER

BUSY SWING (SAFETY) VESTIBULE NO

C NC

FAIL SAFE 12 VDC STRIKE

654321 7

ED800

GROUND +12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

VESTIBULE NO C

For 24 Volt AC, 24 Volt DC and 12 Volt AC fail secure electric strike, magnetic lock or fail safe electric strike , the ED 800 provides a switch to control the strike. A separate power supply is required for these applications.

FAIL SECURE

POWER SUPPLY

STRIKE

ED800

12 VAC, 24 VAC, OR 24 VDC STRIKES/MAG. LOCKS

The maximum switch rating is 48 Volts AC or DC at 1amp.

GROUND +12VDC

OPEN TRIGGER

467

BUSY SWING (SAFETY)

532

VESTIBULE

POWER SUPPLY

FAIL SAFE

MAG. LOCK OR STRIKE

ED800

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY)

5431

VESTIBULE

LATCH RETRACTION

An electric latch retraction function can be coordinated with the ED 800. The ED 800 provides a normally open set of contacts which close momentarily to act as a switch to signal the power supply for the latch retraction. When activated, the contacts close immediately and stay closed until the door is open approximately 10° to provide the signal to the power supply. Door activation may be delayed by 1/2 second to allow the latch to retract (See page 16).

power supply is required for the latch retraction function.

A separate

ED800-24 08102710 05/07

Page 25

Typical wiring diagram for the ED 800 with ES100 Power Supply and ES8000 exit device.

ES100 POWER SUPPLY

1234

5678

10911

GROUND

275634

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY) VESTIBULE NO C

ED800

ES-105

POWER

TRANSFER

ES8000

EXIT DEVICE

TURN OFF 120 VAC POWER BEFORE

MAKING ANY CONNECTIONS OR SERVICE.

(+)

OUTPUT

TERMINALS

24 VDC

(-)

(IN)

ZONE 1

CONTROL

SWITCH

(+)

OUTPUT

TERMINALS

24 VDC

(IN)

ZONE 2

CONTROL

SWITCH

(+)(-)

CONNECTIONS

Refer to ES100 Installation Instructions for complete wiring information.

Typical wiring diagram for the ED800 with PS501 Power Supply and ES5000 or ES9000 Exit Device.

(ES5000 MANUFACTURED AFTER 5/06)

INPUT

OUTPUT B

120 VAC

INPUT

OUTPUT A

DRY

CONTACT

INPUT B

FIRE

CONTACT

DRY

FIRE

CONTACT

INPUT A

PS 501 POWER SUPPLY (2X) 24VDC, 1AMP (2X) 16AMP SURGE, .2 SEC.

DELAY

ADJUSTMENT

PS501 POWER SUPPLY

TURN OFF 120 VAC POWER BEFORE

MAKING ANY CONNECTIONS OR SERVICE.

DIP SWITCH

OFF

24VDC

OUTPUTS

123 645 7

GROUND

+12VDC

OPEN TRIGGER

BUSY SWING (SAFETY) VESTIBULE

NO C

ED800

ES-105

POWER

TRANSFER

ES5000 SERIES

ES9000 SERIES

EXIT DEVICE

Refer to PS501 Installation Instructions for complete wiring information.

AUXILIARY POWER OUTPUT

The ED 800 is equipped with an auxiliary power output terminal which can be used to power accessories such as electric strikes or radio frequency receivers. This terminal provides a nominal 12 Volts DC filtered unregulated power source. The voltage range is from 10 to 25 volts at 500 milliamps.

More than one accessory can be powered by the auxiliary power output

terminal, however the combined power draw can not exceed 500 milliamps.

12 VDC ACCESSORY

ED800

ED800-25

GROUND +12VDC

OPEN TRIGGER

467

BUSY SWING (SAFETY)

532

VESTIBULE NO

08102710 05/07

Page 26

Page 27

ED 800J x 870 ANGLE BRACKET - TOP JAMB INSTALLATION TEMPLATE

FOR 1/4-20 MACHINE SCREWS USE No.7 (0.201") DRILL

1-5/16

(33)

FOR 1/4-20 MACHINE SCREWS USE No.7 DRILL

OF 4-1/2" WIDE HINGE, 3/4" OFFSET PIVOT,

ED800J

TOP JAMB INSTALLATION - (PUSH SIDE MOUNT) WITH 870 ANGLE BRACKET

10-3/16

(259)

FOR No.14 WOOD SCREWS USE 5/32" DRILL

TWO (2) HOLES IN DOOR FOR ARM SHOE

FOR SEX NUTS USE 3/8" DRILL

12-5/8

(321)

FOR No. 14 WOOD SCREWS USE 5/32" DRILL

SIX (6) HOLES IN FRAME FOR BRACKET

(51)

1-3/4

(44)

20-3/8

(518)

6-1/8

5/16

(8)

(156)

SEE NOTE #5

NOTES:

1. DO NOT SCALE DRAWING.

2. DIMENSIONS ARE IN INCHES/(MM).

3. LEFT HAND DOOR SHOWN.

4. CAUTION: SEX NUTS ARE RECOMMENDED FOR ATTACHMENT OF COMPONENTS ON COMPOSITE DOORS OR LABELED FIRE DOORS.

5. ALWAYS LOCATE ARM SHOE FROM 870 BRACKET MOUNTING SURFACE.

6. MAXIMUM OPENING ANGLE 115°.

7. DOORS AND FRAMES MUST BE PROPERLY

REINFORCED.

(76)

TEMPLATE No. ED800-SP1 Rev.02/95

ED 800J x 870 ANGLE BRACKET x 831 ARM SHOE DROP PLATE

- TOP JAMB INSTALLATION TEMPLATE

FOR 1/4-20 MACHINE SCREWS USE No.7 (0.201") DRILL

1-5/16

(33)

OF 4-1/2" WIDE HINGE, 3/4" OFFSET PIVOT,

ED800J

TOP JAMB INSTALLATION - (PUSH SIDE MOUNT) WITH 870 ANGLE BRACKET X 831 ARM SHOE DROP PLATE

10-3/16

(259)

12-5/8

(321)

FOR 1/4-20 MACHINE SCREWS USE No.7 DRILL

FOR No.14 WOOD SCREWS USE 5/32" DRILL

FOR No. 14 WOOD SCREWS USE 5/32" DRILL

SIX (6) HOLES IN FRAME FOR BRACKET

7/8 (22)

FOR SEX NUTS USE 3/8" DRILL

THREE (3) HOLES IN DOOR FOR PLATE

20-3/8

(518)

(51)

1-3/4

(44)

5/16

NOTES:

1. DO NOT SCALE DRAWING.

2. DIMENSIONS ARE IN INCHES/(MM).

3. LEFT HAND DOOR SHOWN.

4. CAUTION: SEX NUTS ARE RECOMMENDED FOR ATTACHMENT OF COMPONENTS ON COMPOSITE DOORS OR LABELED FIRE DOORS.

5. ALWAYS LOCATE 830 PLATE FROM 870 BRACKET MOUNTING SURFACE.

6. MAXIMUM OPENING ANGLE 115°.

7. DOORS AND FRAMES MUST BE PROPERLY

(8)

1-1/4

SEE NOTE #5

(32)

1/2

(13)

REINFORCED.

(76)

TEMPLATE No. ED800-SP3 Rev.08/95

08102710 05/07ED800-27

Page 28

ELECTRICAL SPECIFICATIONS

ED 800 Power Requirements: Current: Fuse: Auxiliary Power O utput:

Max.Strike Switch Rating: WS-1 Wall Switch

Switch Type: Switch Rating:

120 Volts AC +10 -15%, 50/60 Hz 2 Amp 3 Amp - type AGC - size 1/4" x 1 1/4" 12 Volts (nominal) filtered unregulated Range 10 to 25 Volts DC @ 500mA 48 VAC/DC @ 1 Amp Max.(terminals 6,7, 8)

SPDT 15 Amp @ 125 or 250 Volts AC

FS-1 Wall Switch Switch Type: Switch Rating:

RFR Radio Frequency Receiver Frequency: Supply Voltage: Power Consumption (rest): Power Consumption (relay on) Relay Contact Rating: Numbers of Codes:

WS/RFT-1 Wall Switch Switch Type: Switch Rating: Frequency: Range: Numbers of Codes: Battery Type:

SPDT 15 Amp @ 125 or 250 Volts AC

300 MHz std. or 310 MHz jumper selectable 12 - 30 Volts AC/DC 16mA 50mA 30 Volts AC/DC @ 5 Amp Max. 1024

SPDT 15 Amp @ 125 or 250 Volts 300 MHz Normally 50 ft. - depending on local conditions 1024 9 Volt NEDA 1604 (Eveready 216 or equivalent)

HH/RFT-1, HH/RFT-2 Transmitter Transmitter Type: Frequency: Range: Numbers of Codes: Battery Type:

KC/RFT-1, KC/RFT-2 Transmitter Transmitter Type: Frequency: Range: Numbers of Codes: Battery Type:

Hand held 300 MHz Normally 50 ft. - depending on local conditions 1024 9 Volt NEDA 1604 (Eveready 216 or equivalent)

Key chain 300 MHz Normally 50 ft. - depending on local conditions 1024 12 Volt (Eveready A23 or equivalent)

ED800-28

08102710 05/07