Johnson Controls EDA-8000 Manuel

FANs 268.1, 125

Product/Technical Bulletin 8000

Issue Date 0394

Part No. 34-621-7, Rev. A

The EDA-8000 Electric Damper Actuator provides

clockwise and counterclockwise incremental control of

dampers and mounts directly on the damper drive

shaft, eliminating the need for costly and complicated

linkage combinations.

The mechanically limited torque output of 100 in·lb

provides long actuator life, protection of the controlled

equipment, and minimal setup and calibration time.

The EDA-8000 Electric Damper Actuator operates on

24 VAC power.

EDA-8000 Electric Damper Actuator

Incremental Control without Spring Return

Figure 1: EDA-8000 Actuator

Features and Benefits

❑Direct Mount Simplifies installation

❑Over Torque Protection (Patent Pending) Eliminates need for setup or maintenance of limit

switches. Extends life of the actuator.

❑Up to 90 Degree Clockwise or

Counterclockwise Rotation Increases application versatility

❑Precise Positioning Based on 24 VAC

Incremental Input Signals Assures compatibility with most HVAC

controllers

❑Coupler Fits 10 to 12 mm (0.394 to 0.472 in.)

Square or 7/16 to 1/2 in. (11 to 12.5 mm)

Round Damper Shafts

Increases application versatility

❑Designed to Meet 300,000 Driven Cycles Provides longer actuator life

❑MetasysNetwork Compatible Provides seamless integration for efficient, cost-

effective, facility-wide control

❑Manual Override, Gear Release Lever Enables direct manual positioning for easy setup

and air balancing

2 EDA-8000 Product/Technical Bulletin

pplication

The EDA-8000 is designed to regulate control air

dampers in HVAC systems. Typical applications

include:

●positioning of D-1300 Series Dampers

●return air, or exhaust dampers

●face and bypass control

●blade positioning for variable volume fans

Refer to damper manufacturer’s information to properly

size the damper and actuator. Return to normal

actuators are recommended for use with outdoor air

dampers.

Operation

The EDA-8000 Electric Damper Actuator provides a

stall torque output of 100 in·lb with incremental control

of dampers. It can also be used in a variety of other

applications at 80 in·lb continuous load.

The EDA-8000 is used on dampers having externally

accessible 10 to 12 mm (0.394 to 0.472 inch) square

or 7/16 to 1/2 inch (11 to 12.5 mm) round shafts.

It is compatible with Johnson Controls D-1300

Dampers as a direct mount actuator. The EDA-8000

housing has additional mounting slots to aid adaptation

to unusual applications. Several kits are available to

solve virtually any mounting situation.

The EDA-8000 non-spring return actuator will drive the

damper through a full stroke cycle of 90° in

60 seconds.

In typical incremental operation, a controller provides

24 VAC to the Clockwise (CW) or Counterclockwise

(CCW) terminal on the actuator depending on the

desired movement of the damper. This signal causes

the motor to rotate in the proper direction and moves

the damper blades open or closed. When no control

signal is present, the actuator holds its position.

The actuator is energized as long as the 24 VAC signal

is present. Therefore, it is more efficient to pulse the

signal to the actuator, which will prevent excessive

drive time of the motor. The use of a controller and/or

software that provides a time out to remove the signal

at the end of rotation is preferred to leaving the signal

applied to the actuator at all times.

EDA-8000 Product/Technical Bulletin 3

Installation

Kit Includes

●EDA-8000-1100 Electric Damper Actuator for direct

shaft mounting

●two No. 10 mounting screws

●two isolator grommets

Tools Required

●screwdriver, flat-blade, 1/4 to 5/16 inch and 1/8 inch

tips

●drill, 5/32 inch (4 mm) and 11/64 inch drill bits,

1-1/4 inch (32 mm) hole saw

●adjustable wrench

●pliers

Accessories

●D-9999-142 blade pin extension for JCI

D-1300 dampers

●D-9999-134 blade pin extension for JCI

D-1300 dampers (includes D-3153-105)

●D-3153-105 universal mounting bracket if mounted

on duct or wall less than 16 gauge

●EDA-8000-101 adjustable bracket for spanning

channels or objects

Dimension

Note: The actuator requires a minimum damper shaft

length of four inches from the mounting

surface. When determining shaft length,

consideration has to be given to channel

depth, insulation, etc. Refer to the following

dimensional drawings.

Before starting the job, obtain the damper installation

information to use as a reference when mounting the

actuator.

6 inch Minimum

for Cover

Removal, Wiring,

and Adjustments

Figure 2: Cover Removal Dimensional Requirement

No. 10 Slots for Remote

Mounting (4 Places)

2.33

(59)

1.50

(38)

0.75

(19)

6.94 (176)

8.78 (223)

9.26 (235)

4.65

(118)

4.34

(110)

(3 x 0.875) for

1/2 in. Conduit

Flexible

Grommet

(2 Required)

3.27

(83)

0.92

(23) 0.70

(18)

6.71 (174)

8.33 (212)

No. 10 Slots for

Side Mounting

(4 Places)

(25)

1.5

(37)

2.5 (63) 1.5 (32)

(75)

Figure 3: Dimensions (inches/mm)

4 EDA-8000 Product/Technical Bulletin

If access to the damper shaft is limited, or internal

mounting is required, mount the actuator remotely by

installing a six inch long, 1/2 inch diameter rod into the

coupler and use linkage accessories shown in the

Damper Accessory Kits

Order No. 268.1-100

located

in the

Damper and Actuator Manual,

FAN 268.1

Mounting

CAUTIONS:

●Follow NEC and local electrical codes.

●Disconnect power supplies.

●Observe the ranges and limitations found in

Specifications.

●Do not install the actuator in applications

where its failure could result in personal injury

and/or loss of property.

●Do not install if explosive vapors, corrosive

vapors, or escaping gases will be present.

●Add protective control devices, as needed, to

prevent undesirable system failure modes.

Note: Use of the actuator’s top and bottom center

mounting slots with the isolation grommets is

the preferred mounting arrangement when

using shafts 10 mm (0.472 inch) square or

7/16 inch (11 mm) round or larger. If the duct

or wall is less than 16 gauge (0.06 inch or

1.5 mm), use the Universal Mounting Bracket

(D-3153-105).

When using the blade pin extension and/or the

universal mounting bracket, follow installation

procedures packaged with the product.

Direction Of Rotation

1. Firmly grasp the drive pin extension with a pliers

and manually close the damper blades.

2. Note which direction closes the damper, Clockwise

(CW) or Counterclockwise (CCW).

Figure 4: Removing Cover

3. Insert a screwdriver under the edge of the plastic

cover to gently pry off the cover. See Figure 4.

Release

Lever

Figure 5: Release Lever Location

4. Slide the release lever (shown in Figure 5) up to

disengage the gears.

Blade Pin

Extension

Direction to Close

Damper Blades

Coupler

Figure 6: Rotation

5. Hold the release lever up and fully rotate the

actuator coupler in the same direction as Step 2.

Note: For example, if the damper closed by rotating

the extension pin CCW, rotate the actuator

coupler fully CCW until the mechanical end

stop is reached. See Figure 6.

EDA-8000 Product/Technical Bulletin 5

Standard Mounting

The EDA-8000 is not position sensitive and can be

mounted in any convenient orientation on a duct or wall

that is 16 gauge (0.06 inch or 1.5 mm) or thicker as

long as the drive shaft is perpendicular to the mounting

surface of the actuator.

Top Center

Mounting Slot

Figure 7: Actuator Against Duct

1. Position the actuator onto the blade pin extension

so that the actuator sits against the duct as shown

in Figure 7.

Note: The bottom center mounting hole looks the

same as the top mounting hole illustrated in

Figure 7.

2. Use of the actuator’s center mounting slots with

the isolation grommets is the preferred mounting

arrangement. If the duct or wall is less than

16 gauge (0.06 inch or 1.5 mm), use the

Universal Mounting Bracket (D-3153-105).

Note: Because of eccentric motion of the actuator

that occurs when using shafts smaller than

10 mm (0.394 inch) square or 1/2 inch

(12.5 mm) round, use the isolation grommet

only in the bottom center mounting slot.

3. Mark the location of the actuator’s top and bottom

mounting slots on the duct or wall.

4. Remove the actuator and coupler and set aside.

5. Drill two 5/32 inch (4 mm) holes in the duct or wall

at the marked locations.

Note: When using the universal mounting bracket,

drill two 11/64 inch holes.

6. Slide the actuator and coupler onto the pin

extension.

7. Secure the actuator to the wall or duct with the

screws and isolation grommets included in the kit.

8. Tighten the two square-head screws on the

actuator coupler.

9. Lift the manual release lever and hand turn the

coupler CW and CCW to check that the damper

blades fully open and close.

Note: The cover should remain off until the wiring is

completed.

6 EDA-8000 Product/Technical Bulletin

Wiring

CAUTION: Disconnect all power before

wiring the actuator to avoid

electrical shock or damaging the

equipment.

Note: Connections should be made using flexible

conduit or cable to allow for actuator lateral

motion.

1. If the cover was replaced after installation, insert a

screwdriver under the edge of the plastic cover

and carefully pry off the cover as shown in

Figure 4.

Conduit

Opening

Covers

Conduit Opening

Figure 8: Conduit Openings

2. Insert the conduit and wires from the controller

through one of the three conduit openings.

3. Install the black plugs in the other two openings.

See Figure 8.

CCW

COM

TB1

FT1

From Controller

Clockwise 24 VAC

Counterclockwise 24 VAC

Common

Figure 9: Wiring Connections

4. Connect the leads to Terminal Block 1 (TB1) as

shown in Figure 9.

Checkout Procedure

Follow these steps to verify operation after all wiring

connections have been completed:

1. Apply power to the unit.

2. Refer to the controller’s manual for directions on

checking out a newly installed device.

3. Use the controller to drive the actuator fully

clockwise and counterclockwise.

4. Verify that the damper blades fully open and close.

5. Install the plastic cover and checkout is completed.

EDA-8000 Product/Technical Bulletin 7

Ordering Information

Product Code

Number Description

EDA-8000-1100 Electric Damper Actuator,

incremental, with 60 second travel

time for 90 degrees, no spring return

Unit Replacement

The EDA-8000 is not field repairable. For a

replacement, contact the nearest Johnson Controls

branch office or your wholesale distributor.

8 EDA-8000 Product/Technical Bulletin

pecifications

Product EDA-8000 Electric Damper Actuator Incremental Control without Spring Return

Power Requirements 24 VAC (20 to 30 VAC) at 50/60 Hz, 500 mA (maximum), 12 VA (maximum)

Electrical Connections Screw Terminals

Mechanical Output Stall Torque: 100 in·lb

Maximum Damper Area 16 sq ft based on a closing torque of 4.8 in·lbs/sq ft at 1.25 in. WG closed static pressure and

1000 fpm fully open approach velocity

90 Degree Rotation Time 60 seconds at 60 Hz

Drive Shaft 10 mm (0.394 in.) to 12 mm (0.472 in.) square and 7/16 in. (11 mm) to 1/2 in. (12.5 mm) round

Ambient Operating

Conditions -20° to 150°F (-29° to 65°C) 90% RH maximum, non-condensing

Ambient Storage

Conditions -20° to 150°F (-29° to 65°C) 90% RH maximum, non-condensing

Dimensions (H x W x D) 9.25 in. x 4.5 in. x 4.375 in. (235 mm x 114 mm x 111 mm)

Shipping Weight 8.5 lbs (3.86 kg)

Agency Compliance UL 916, CSA

Agency Listings UL Listed as part of the Metasys Network

Accessories

(Order Separately) 3/4 inch coupler kit--Product Code Number 8000-100

Drive pin extension for JCI D-1300 Dampers--D-9999-142

Universal mounting bracket for ducts less than 16 gauge--D-3153-105

Adjustable Mounting Bracket--EDA-8000-101

The performance specifications are nominal and conform to acceptable industry standards. For application at conditions beyond these specifications,

consult the local Johnson Controls office. Johnson Controls, Inc. shall not be liable for damages resulting from misapplication or misuse of its products.

Controls Group

507 E. Michigan Street

P.O. Box 423

Milwaukee, WI 53201 Printed in U.S.A.

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