Assa Abloy Norton 6300 Series Kurzanleitung

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

6300 Series Push Side

Full Feature Low Energy Operator

Installation and Instruction Manual

• 3/16” Hex Wrench

• Small blade screwdriver

• Screwdriver (Phillips size 2 and size 3)

• Tape ruler

• Power drill

• Center punch

• Wire stripper

• #7 drill 1/4-20 tap (metal frame / door install)

• 3/16” drill (for self-drilling/self-tapping)

Tools required:

Use screw pack and hardware provided to mount operator.

ETL certified; conforms to ANSI/UL standard

325 for automatic closing doors and UL10C

Positive Pressure Fire Test for Door Assemblies.

Certified to ANSI/BHMA A156.19 for Low Energy

Door Operators.

WARNING: To reduce the risk of injury to person,

use this operator only with Pedestrian Swing doors.

For Indoor Use Only.

pour la version francaise voir

www.nortondoorcontrols.com

6330 Push Side

Page 1

Item No.

Description

Push Body Sub-Assembly (6330LAP)

Power Supply/Board Sub-Assy (6300CM)

Cover (6300 COV)

Back Plate Board (6300BPB)

5 & 6

End Cap Kit (6300END)

Push Arm Package (6330-1)

(up to 130° opening)

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

For assistance, contact Norton Technical Product Support

at 800-438-1951 Ext 6030.

3000 Highway 74 East • Monroe, NC 28112

Tel: (800)-438-1951 ext. 6030

www. no r to ndoorcontrols. co m

suppor t.aadcg@assaabl oy.c om

Index

IMPORTANT SAFETY INSTRUCTIONS - WARNING: To reduce the risk of severe injury or death

1) READ AND FOLLOW ALL INSTRUCTIONS.

2) Never let children operate or play with door

controls. Keep the remote control (where provided)

away from children.

3) Personnel should keep away from a moving door in

motion.

4) Test the door’s safety features at least once a

month. After adjusting either the force or the limit

of travel, retest the door operator’s safety features.

Failure to adjust the operator properly may

cause severe injury or death.

5) KEEP DOOR PROPERLY OPERATING. See

Door Manufacturer’s Owner’s Manual. An

improperly operating door could cause severe

injury or death. Have a trained door systems

technician make repairs.

6) SAVE THESE INSTRUCTIONS.

Page 2

Door Prep / Technical Data / Standard

Push Side Back Plate Mounting / Install Back Plate Board

Push Side Body Assembly Installation / Power Supply/Board Assembly Installation

Push Side End Cap Installation / Push Side Arm Installation

Closing Force Adjustment / Orienting Back Plate Ribbon Harness

Initial Setup

Set Application / Set Door Open and Closed Position

Opening and Closing Adjustments

Setting Accessory Dip Switches / Connecting Inputs

Cover Installation

Troubleshooting

Push Side Template

Page 3

Page 4

Page 5

Page 7

Page 8

Page 9

Page 10

Page 11

Page 12

Page 13

Page 14

Page 15

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Notes:

• All dimensions are given in inches.

• Thickness recommended for reinforcements in hollow metal doors

and frames is charted at the left of this page.

• Do not scale drawing.

• This template information based upon use of 5" maximum width butt

hinges.

• Maximum frame reveal is 1/8" for 6310 units and 1/8” up to 6-3/4”

maximum for 6330 units.

• Before beginning the installation, verify that the door frame is properly

reinforced and is well anchored in the wall.

• Concealed electrical conduit and concealed switch or sensor wires

should be pulled to the frame before proceeding.

Hollow Metal Door Frame Reinforcing

Frame

Material

12 Ga.

.1046

(2.66)

14 Ga.

.0747

(1.90)

16 Ga.

.0598

(1.52)

18 Ga.

.0478

(1.21)

12 Ga.

.1046

(2.66)

10 Ga.

.1343

(3.41)

10 Ga.

.1343

(3.41)

8 Ga.

.1644

(4.18)

18 Ga.

.0478

(1.21)

12 Ga.

.1046

(2.66)

12 Ga.

.1046

(2.66)

10 Ga.

.1343

(3.41)

Reinforcing

Recommended Min. Required 1/8"

(3)

Door

Frame

Templating is based on 1/8" gap between door and frame.

Fasteners for Frame:

• 1/4-20 Machine screws for hollow

metal and aluminum.

• No. 14 x 2-3/4 “ (70mm) long sheet

metal screws for wood.

Door Prep

Page 3

Standards

ETL Certified; conforms to ANSI/UL standard 325 for

automatic closing doors and UL10C Positive Pressure Fire

Test for Door Assemblies .

ANSI A156.19:

These products are designed to conform to this specification

“for power assist and low energy power operated doors.”

These products are designed to exceed all the requirements

for the “Low Energy Power Operated Door.”

Americans with Disabilities Act (A.D.A.)

These door operators can be installed and adjusted to

conform with A.D.A. regulations.

ANSI A117.1:

These door controls permit door assemblies to

conform to the requirements of this specification “for

buildings and facilities - providing accessibility and

usability for physically handicap people.”

Technical Data

Notes: Permanent wiring is to be employed as

required by local codes.

Activation devices: push plates, access

control, mats, touchless wall switches, etc.

Maximum wire size is:

12AWG at terminals LINE and NEUTRAL

(120VAC; 60Hz) on Power Input Terminal.

14AWG at all other terminals.

120VAC, 60Hz

24 V DC, max. 6.5 Amp. ; 1.3A Available Acc.

36 - 48" (91-122 cm)

90-200 lb. (41-91 kg)

Input power:

Power supply:

Door width:

Door weight:

Push min angle:

110° with reveal of 6-3/4” max

Hold open time: 5-30 seconds (A.D.A. 5 seconds min.)

Indefinite for Hold Open Input or cap switch

Push max angle:

Pull max angle: 180°

130° with reveal of 1/8” min

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Push Side Back Plate Mounting Sequence

Page 4

IMPORTANT BEFORE STARTING: RH DOOR SHOWN WITH HINGE ON RIGHT AND PUSHES AWAY

FROM YOU. FOR LH DOOR WITH HINGE ON LEFT, ROTATE BACK PLATE 180°. NOTE: THE 4-7/8”

CONDUIT HOLES ARE ALWAYS LOCATED ON THE LATCH END OF THE DOOR. FOR DOORS

THAT MOUNT ON THE OPPOSITE SIDE OF THE FRAME (DOOR PULLS TOWARD YOU), SEE PULL

SIDE TEMPLATE. USE TEMPLATE FOR THE FOLLOWING INSTRUCTIONS.

Step A: Measure and mark frame for first mounting hole (see template). Drill using #7 drill and

tap hole using 1/4-20 UNC-2A tap if using 1/4-20 machine screws. If self-drilling self-

tapping screws are used, drill first mounting hole using a 3/16” drill and supplied screw.

Note: Holes used for mounting the Back Plate are marked with a center mark on PUSH

side template at the back of this instruction.

Step B: Attach Back Plate to frame with screw from Step 1A without completely tightening screw.

Step C: Using the Back Plate as a guide, mark second hole (shown on template) using a center

punch if necessary and repeat step 1A drilling / tapping procedure.

Step D: With the Back Plate in the correct position and level with the frame, tighten screws from

steps 1B and 1C.

Step E: Using the Back Plate as a guide, drill and tap remaining 8 holes in the frame using

drilling / tapping procedure from step 1A. Tighten screws.

Step F: Measure and mark arm tube mounting holes. Drill using #7 drill bit and tap hole using

1/4-20 UNC-2A tap if using 1/4-20 machine screws. If self-drilling self-tapping screws

are used, drill first mounting hole using a 3/16” drill and supplied screw.

Step G: Use arm tube shoe to locate second hole. Repeat Step 1F drilling / tapping procedure.

Step H: With longer side of arm shoe pointed toward the hinge, secure arm tube to door.

Install Back Plate Board

A. Center Back Plate Board into groove

of back plate. NOTE: The Temp,

Encoder, Fan, and Motor connectors

on the Back Plate Board are

positioned toward the hinge edge of

the plate.

B. Rotate retaining clips (shown at right)

to hold board in groove and tighten

Phillips screw to secure in place.

C. Repeat for second retaining clip.

Temp,

Encoder,

Fan, &

Motor

Connector

Back Plate

Board

Back Plate

Board

Retaining Clips to

Secure Board

To Back Plate

Groove in

Back Plate

Position Connector

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Page 5

Push Side Body Assembly Installation

A. Install the Push Side Body

Assembly to the Back Plate

using the four 1/4-20 x 3-3/4”

length cap screws. Screws

must be tightened in a cross

pattern as shown at right until

all four screws are tight. NOTE:

The mounting pad must go

between the Body Assembly

and the Back Plate.

B. Plug in the four wiring

connectors into the Back Plate

Board. These are the temp,

encoder, motor and position

connectors.

C. Since mounting pad can

compress as screws are

tightened, make sure to double

check screws for tightness.

Power Supply / Board Assembly Installation

A. Install (2) 1/4-20 x 3/8” length cap

screws in the top two tapped holes

on the Back Plate leaving about

3/16” gap between head of screw

and back plate.

B. Use the keyholes in the Power

Supply / Board Bracket to slip over

the screw heads installed in Step

4A and allow the slot to drop the

bracket behind the screw heads.

The boards should always be facing

down and the power input for the

power supply should always be

positioned toward the conduit holes.

C. Tighten screws from Step 4A.

D. Plug the two harnesses into the

Back Plate Board connectors.

These are the motor driver and

ribbon connector. Note: See Step 5

on page 6 for orienting the Back

Plate Ribbon Harness for the

proper handing of the door.

Conduit Holes

Power Input

Facing Toward

Conduit Holes

Board Facing Down

1/4-20 X 3/8”

Cap Screws

Keyhole

Threaded Holes

for Power Supply /

Board mounting.

Mounting Pad

1/4-20 X 3-3/4”

Length Cap Screws

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Page 6

Orienting Back Plate Ribbon Harness

Power Supply / Board Assembly shipped with Back

Plate Ribbon Harness attached. Orientation of Power

Supply / Board Harness may require relocating of

Back Plate Ribbon Harness.

A. After completing Step 4 to assemble the Power Supply /

Board Assembly, note the orientation of the 10-pin

housing on the board assembly, shown at right.

B. Using the 10-pin housing / connector on the board closest

to the frame, attach the Back Plate Ribbon Harness to the

board. NOTE: The connectors on the harness are keyed

to allow for proper installation, see illustration below.

When the connector is installed to the board, the ribbon

portion of the harness should be toward the body

assembly and not across the board assembly.

C. Attach the other end of the Back Plate Ribbon Harness to

the 10-pin housing / connector on the Back Plate Board.

NOTE: The connector on the Back Plate Board also has a

key slot. The connector on the Back Plate Ribbon

Harness must be oriented correctly to insert into this

housing / connector.

Key Slot in

connector

10-pin

housing

J12

Key Slot in

connector

Connector

closest to

frame

6330 unit shown

Key on

harness connector

Key on

harness

connector

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Page 7

Push Side End Cap Installation

Push Side Arm Installation

Illustration at right shows the operator

looking up from the floor.

A. Attach the main arm to bottom

pinion square as shown at right.

B. Use the 1/4-20 x 7/8” cap screw and

nut to secure the arm onto the

pinion square.

C. Slide rod attached to main arm into

end of tube arm. NOTE: May have

to open door for rod to slide into the

arm tube.

D. With the door fully closed, rotate

main arm toward latch edge of door

until arm tube is at 90° angle

(perpendicular) to the door.

E. Use arm screw provide with the

main arm / rod assembly to secure

the rod and tube arms together.

Conduit Holes

Endcap Assembly w/ switch

1/4-20 X 3/8”

Cap Screws

Endcap Assembly w/ fan

Slide rod into tube and rotate main

arm to position as shown.

Arm

Screw

90 Degrees

A. Install (2) 1/4-20 x 3/8” length cap

screws in center tapped holes on

each end of the Back Plate

leaving about 3/16” gap between

head of screw and back plate.

B. Slide appropriate end cap (shown

at right) behind the screw heads

from Step 11A and tighten

screws. NOTE: The end cap with

the 3-position switch is always

located on the conduit side of the

Back Plate.

C. Plug the 3-position switch

connector from the end cap into

the main board 123 HOLD OPEN

connector and fan connector from

fan to backplate board.

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Page 8

Closing Force Adjustment

A. The force the user feels from the

door opening and closing during

manual use is controlled by this

function.

B. If required, adjust the closing force

nut in the end of the tube to the

desired setting using a 3/4” deep

well socket.

C. If additional closing force is only

required in the latching region,

see Latch Boost and Lock

Release features on Page 12 Step

13.

Increase Spring Force

Tighten Nut Clockwise

Decrease Spring Force

Loosen Nut Counter Clockwise

Visual Indication of Spring

Adjustment

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Page 9

Initial Setup

A. With building power turned off, connect 120VAC

power to power supply: HOT to “L”, NEUTRAL to

“N”, GROUND to Ground.

B. Turn on building power. Power will automatically

be On for operator. Power can be turned On or

Off by pressing the Power button shown below.

Door Moving Yellow LED

Close Position Orange LED

Power/Error Red LED

Status White LED

Learn Mode Active Blue LED

Open Position Green LED

Dry Contact Output Relay 2

Dry Contact Output Relay 1

Normally Open 24VDC Output

3 Position Switch in Endcap

These potentiometers

are Factory Preset for

standard applications.

Fine tuning may be

required for speciﬁc

applications.

Normally Closed 24VDC Output

On the control board there should be one solid red

LED for POWER, one white LED that flashes every

1.5 - 2 seconds for STATUS, and one orange LED

flashing continuously for Close Position. NOTE: If

the red LED is flashing, check error section or

contact Technical Product Support.

C. Use the supplied green connectors to wire in any devices needing outputs, such as electric

strikes, mag locks, exit devices, door open position output, etc. See output definitions below.

Definitions:

Relay 2 Output: Normally open relay that closes when the door is in the open position.

Relay 1 Output: Normally open relay that closes for 3 seconds after an activation to power open.

Normally Closed 24VDC Output: 24VDC output up to 1.3 Amp draw that opens for 5 seconds

after an activation to open.

Normally Open 24VDC Output: 24VDC output up to 1.3 Amp draw that closes after an

activation to open.

Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited. 80-9363-0003-020 Rev 8 11/17

Page 10

Set Application

A. Determine if unit is Push or Pull. If Push

application, the door opens away from you. If

Pull application, the door opens toward you.

B. Flip the PUSH/PULL ARM dip switch to OFF for

a Push application or ON for a Pull application.

See Illustration at right.

Set Door Open and Closed Position

A. To set the closed position, fully close the door.

Press and release the CLOSE button on the

board (see Illustration at right). The flashing

ORANGE LED should turn solid. NOTE: Any

time the door is in the closed position, the

orange LED should be solid.

B. The GREEN OPEN LED should now be

flashing. To set the fully open position, manually

open the door to the open position and hold the

door there. NOTE: If there is a wall or door stop

at the open position, do not hold the door

against the wall or stop.

Press and release the OPEN button on the

board (see illustration at right). The flashing

GREEN OPEN LED should turn solid. NOTE:

Any time the door is in the open position, the

green LED should be solid. If the open

position is not set within 30 seconds of

setting the closed position in Step 11A, then

Step 11 must be repeated.

C. Once door has fully closed after Step 11B,

make sure there are no obstructions that could

prevent the door from opening. Latching

hardware must not prevent the door from

opening during the following step.

D. The operator must now learn its internal

settings. Press and release the LEARN button

on the board (see illustration at right). The

BLUE LEARN LED will start flashing and the

door will open in small increments. Allow the

door to open and close without interference.

NOTE: If the spring is adjusted or accessories

are attached to the door that would make the

door heavier, Step 11D MUST be repeated.

LEARN

button

OPEN

button

OFF ON

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