American Dynamics AD1686B Installation And Operating Instructions Manual

Brand: American Dynamics

Model: AD1686B

Type: Installation And Operating Instructions Manual

American Dynamics AD1686B is a general purpose, indoor/outdoor receiver designed to provide positive control of motorized pan and tilt units and motorized lens units from a remote location. The AD1686B can be configured to control auxiliary devices such as lights or doors at the camera site. Each receiver is individually coded for each camera site to ensure that only the camera under observation will be controlled by the operator.

Model AD1686B

General Purpose

Indoor/Outdoor Receiver

Installation and Operating Instructions

This manual describes the installation and operating procedures for the AD1686B Dual Channel Receiver. Receivers are

designed as the remote control device for operation of a motorized pan and tilt unit and a motorized lens unit. Since camera sites

are often a great distance from the operator’s viewing location, these Receivers provide the operator with positive control of the

camera site. Receivers also provide the operator with control of auxiliary devices such as lights, doors etc. at the camera site.

Receivers are individually coded for each camera site, so only the camera under observation will be controlled by the operator.

This software/firmware is confidential to and is copyrighted by SENSORMATIC ELECTRONICS CORPORATION. It is not to

be copied or disclosed in any manner without the express written consent of SENSORMATIC. The software is furnished to the

purchaser under a license for use on a single system.

NOTE: Information furnished by SENSORMATIC is believed to be accurate and reliable. However, no responsibility is

assumed by SENSORMATIC for its use; nor for any infringements of other rights of third parties which may result from its use.

No license is granted by implications or otherwise under any patent or patent rights of SENSORMATIC.

The installation of this product should be made by qualified

service personnel and should conform to all local codes.

QA301D

To reduce the risk of fire or shock hazard, do

not expose this product to rain or moisture.

AMERICAN

DYNAMICS

CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK,

DO NOT REMOVE COVERS (OR BACK) .

NO USER-SERVICEABLE PARTS INSIDE.

REFER SERVICING TO QUALIFIED SERVICE PERSONNEL

RISK OF ELECTRIC SHOCK

DO NOT OPEN

 CAUTION

The lightning flash with arrowhead

symbol, within an equilateral

triangle, is intended to alert the

user to the presence of uninsulated

"dangerous voltage" within the

product's enclosure that may be of

sufficient magnitude to constitute a

risk of electric shock to persons.

The exclamation point within an

equilateral triangle is intended to

alert the user to the presence of

important operating and maintenance

(servicing) instructions in the

literature accompanying the product.

Unpack carefully. This is an electronic product and should

be handled as such. Compare the items received with the

packing list with your order.

Be sure to save:

1. The shipping cartons and insert pieces. They are the )

safest material in which to make future shipments of

the product.

2. The IMPORTANT SAFEGUARDS sheet.

3. These Installation and Operating Instructions.

User maintenance of this unit is limited to external cleaning

and inspection. For specific recommendations refer to the

IMPORTANT SAFEGUARDS sheet packaged with this product.

If you require information during installation of this

product or if service seems necessary, contact the

Sensormatic Repair and Service Department at (800)

442-2225. You must obtain a Return Authorization Number

and shipping instructions before returning any product for

service.

Do not attempt to service this product yourself. Opening or

removing covers may expose you to dangerous voltages or

other hazards. Refer all servicing to qualified personnel.

This equipment has been tested and

found to comply with Part 15 of the

FCC Rules.

Operation is subject to the

following two conditions: 1. This

device may not cause harmful

interference, and 2. This device

must accept any interference

received, including interference

that may cause undesired operation.

CONTENTS

Page

DESCRIPTION............................................................................... 1

FEATURES..................................................................................... 1

Pan/Tilt and Lens Control.......................................................... 1

Auxiliaries.................................................................................. 1

Preset Scene............................................................................... 1

Heater......................................................................................... 1

Auto and Random Pan............................................................... 1

SETUP .............................................................................................2

Pan/Tilt Output Voltage ............................................................. 2

Lens Output Voltage .................................................................. 2

Preset Scenes ............................................................................. 2

Code Line Termination.............................................................. 2

Receiver Configuration Setup.................................................... 2

Camera Number Setting ............................................................ 2

INSTALLATION............................................................................ 7

Preparation................................................................................. 7

Mounting.................................................................................... 7

CONNECTIONS ............................................................................ 8

Code Line Connections.............................................................. 8

Pan/Tilt and Lens Connections.................................................. 9

Auxiliary Connections............................................................. 11

Pre-position (Preset) Connections ........................................... 12

Power Connections.................................................................. 14

TYPICAL SYSTEM CONNECTIONS

AD2150 to AD1686B............................................................ C-2

AD1996 CPU to AD2091 to AD1686B ................................ C-3

AD1686B to AD1240P Pan/Tilt............................................ C-4

INDEX

SPECIFICATIONS.......................................................... Rear cover

AD1686B DESCRIPTION and FEATURES

DESCRIPTION

The AD1686B Receiver is a 2-channel controller used with

Matrix Switching Systems to control pan, tilt, zoom, focus,

iris, and auxiliary functions at a camera site. This Receiver is

classified as a dual-channel type since two independent control

channels are supplied, Channel A and Channel B. The output

voltages can be set independently for either channel to either

24 VAC or the input line voltage (120VAC or 230VAC).

The AD1686B can control either two cameras with no

auxiliaries, or one camera with auxiliaries. Channel A always

controls a camera Pan/Tilt and Lens. Channel B is selectable

to control either a second camera or four auxiliaries. These

auxiliaries provide either latching or momentary outputs.

FEATURES

Pan/Tilt and Lens Control

As delivered, each channel of the Receiver provides drive

outputs at 24 VAC for control of Pan/Tilt motors and 11.5

VDC output for Lens control.

Note: Certain Pan/Tilt units require alternate voltages other

than those noted in this manual. If necessary, call our

Service Center for assistance (1-800-442-2225).

Table 1 - Pan/Tilt and Lens Current Ratings

FUNCTION VOLTAGE CURRENT

PAN Motor 24 VAC 1.75 Amps (note 1)

120 VAC 5 Amps (note 1)

230 VAC 3 Amps (note 1)

TILT Motor 24 VAC 1.75 Amps (note 1)

120 VAC 5 Amps (note 1)

230 VAC 3 Amps (note 1)

IRIS Motor 11.5 or 8 VDC .05 Amps (note 2)

FOCUS Motor 11.5 or 8 VDC .05 Amps (note 2)

ZOOM Motor 11.5 or 8 VDC .05 Amps (note 2)

Note 1: For continuous operation, the total of all Pan/Tilt and

Auxiliary currents, for both channels combined, is not

to exceed the following:

3.5 Amps @ 24VAC

5 Amps @ 120VAC

3 Amps @ 230VAC

Note 2: The Lens control output voltage is factory set at 11.5

VDC. This can be changed to 8 VDC by removing

resistors on the main PCB (see Setup, page 2).

Maximum load ratings per relay (function):

120VAC - 300 watts tungsten with 5 Amps inductive loads

230VAC - 300 watts tungsten with 3 Amps inductive loads

Auxiliaries

If configured for auxiliary operation, the Receiver provides

four normally open relays for user-controlled devices. These

auxiliaries can be of either latching or momentary types.

Since loads on each auxiliary vary with each installation, the

output drive is defined as a total output. For 120VAC, the

maximum output is 5 Amps resistive load, with each relay

maximum rating of 5 Amps inductive, and 300 watts tungsten

(for 230VAC, 3 Amps inductive load). For example, if one

relay output requires 4 Amps resistive load, the remaining

three have only 1 Amp available.

Preset Scene

The Preset (Pre-positioned) Scene feature allows the operator

to pre-select a scene and recall that scene by keyboard

command. Preselection of a scene is available only on Pan/Tilt

and Lens units with feedback potentiometers. The pre-selected

scene is stored at the Receiver and battery backed-up in the

event of a power failure. Preset Scene can be enabled or

disabled by a jumper setting (see Setup, page 2). The factory

default setting is for presets enabled.

When controlled by a Matrix Switching System, the Receiver

allows 72 preset scenes per camera to be programmed. Refer

to the installation and operation manuals for the Matrix

Switching Systems for preset programming procedures.

Heater

A built-in heater allows the unit to operate in low temperature

environments. The heater is located on the PCB to provide the

maximum heating for the minimum power. The heater turns

on when the temperature inside the housing drops to 40˚ F.

Auto and Random Pan

The AD1686B Receiver contains sensor circuits to detect pan

movement, permitting auto and random pan operation. Auto

pan moves the Pan/Tilt in the pan direction continuously from

one stop to the other stop (refer to Pan/Tilt instruction manual

for stop information). Random pan operates the Pan/Tilt in the

pan direction with varying amounts of pan travel. The auto

and random pan functions are activated from the keyboard by

AUX commands. The auto and random pan must be setup

during the installation procedure using the Receiver

Configuration Switch, S3 (see Table 2 on pages 3 and 4).

Note: Auto and random pan functions are continuous. Refer

to the Pan/Tilt operation manual for the number of

continuous hours of operation allowed.

SETUP AD1686B

SETUP

Pan/Tilt Output Voltage

The Pan/Tilt output voltages of each channel can be

independently set for either 24 VAC or line voltage (120VAC

or 230VAC). Two slide switches, S4 and S5 (see Figure 1),

control the output voltages for the channels. Switch S4

controls the voltage of Channel A, and switch S5 controls the

voltage of channel B.

Lens Output Voltage

The output voltage for lens control is factory set for 11.5 VDC.

This output can be changed to 8 VDC for either channel by

removing certain resistors on the PCB. The resistors that are

removed for each channel are:

Channel A: R108, R107, R103, R102, R101, R100

Channel B: R106, R105, R104, R99, R98, R97

See Figure 1, page 3, for the location of these resistors.

Note: All resistors to be removed are 22 Kohms, only. Be

careful to remove only the resistors indicated for the

selected channel.

Preset Scenes

The Receiver can be set for preset scenes enabled or no preset

capability by the placement of the jumper J36 (see Figure 1).

This jumper is factory set for presets enabled.

Code Line Termination

A 120-ohm resistor for termination of the Control Code input

is located on the PCB in the lower left corner of the board and

is designated R7. If the Receiver is to be used in a “Daisy

Chain” connection on the code line, the 120-ohm terminating

resistor must be removed. This resistor may be taken out of

the circuit by removing the J37 jumper cap (see Figure 1).

Receiver Configuration Setup

AD1686B Receivers may be configured as a two-channel

Pan/Tilt and lens control unit, or a single channel Pan/Tilt and

lens control unit with auxiliaries. An 8-position DIP switch on

the main PCB, labeled S3 (see Figure 1), is provided to

establish the configuration. See Table 2 for the DIP switch

configuration settings.

Camera Number Setting

Receivers obtain control instructions via common code lines

originating from System CPUs, the System Input Bays, or

intervening Code Distribution Units. To enable each Receiver

to identify those control signals intended for it, each Receiver

must be set up at installation to identify the camera number

with which it is to be associated.

Two 6-position DIP switches associate the camera number

with the respective Receiver channel, A or B. DIP switch S1 is

for Pan/Tilt and lens control of Channel A, and DIP switch S2

is for Pan/Tilt and lens or auxiliary control of Channel B. The

location of S1 and S2 are shown in Figure 1, page 3. The

switch settings for camera number are shown in Table 3 and

Table 4 (pages 5 and 6).

As shown in Tables 3 and 4, camera numbers for AD1686B

Receivers are set to 1 - 64 only. For camera numbers above

64, a block number (in multiples of 64 cameras per block) is

used at the Control Code source (system bay, code distributor,

or similar unit). To determine the camera number setting for

the AD1686B Receiver, the multiple of 64 (64 times the block

number) must be subtracted from the actual camera number, as

shown in the following calculation:

Actual Camera Number

- 64 x (n-1) (where n is the block number)

= Receiver Camera Number

Example: If the actual Camera Number is 150, the block

number set at the Control Code source is 3 and the AD1686B

Receiver camera number setting is 22, calculated as follows:

150 (Actual Camera Number)

- 128 [64 x (3-1)]

22 (Receiver Camera Number)

Note: Do not set DIP switches S1 and S2 to the same camera

number setting.

CAUTION - Due to the presence of non-

insulated components with hazardous

voltages, the following internal adjustments

should be performed by qualified service

personnel only.

Table 2 - S3 Configuration Select

Receiver Configuration Switch S3 general description is listed below. This table is continued on page 4 to describe the

switch settings in detail, with a list of individual switch position settings.

Switch Position FUNCTION

SW1 selects channel B type (auxiliary or camera)

SW2 selects auxiliary type

SW3 selects auxiliary type

SW4 selects auto and random pan attributes

SW5 selects auto and random pan attributes

SW6 selects auto and random pan attributes

SW7 selects auto and random pan attributes

SW8 selects auto pan attributes

AD1686B SETUP

123

456

789

123

456

789

101112

9- PIN

CONNECTORS

12- PIN

CONNECTORS

LOCATIONS

J36

J37

Code

PWR

F2 F1

24V

120V

24V

120V

R99

R104

R105

R106

R97

R98

R102

R103

R100

R108

R101

R107

POW ER

SUPPLY

OFF ON

W S B

Figure 1 - AD1686B PCB Connector, Switch, and Resistor Locations

Table 2 - S3 Configuration Select (Continued from page 3)

L = left ("off"); R = right ("on")

SW1 - Channel B Type - The AD1686B can act as a dual camera receiver with no auxiliaries, or as a single camera receiver

with a set of auxiliaries. This is set using S3, SW1.

SW1 FUNCTION

L channel B is a camera pan/tilt channel

R channel B is an auxiliary channel

SW2-SW3 - Auxiliary Type - When the AD1686B channel B is set for an auxiliary channel by SW1, instead of for a camera

pan/tilt, the auxiliary type must be set. This is set using S3, SW2 and SW3.

SW2 SW3 FUNCTION

L L auxiliaries 1, 2, and 3 are latching

R L auxiliaries 1 and 2 are latching, 3 and 4 are momentary

L R all 4 auxiliaries are momentary

R R auxiliary 1 is latching, 2, 3, and 4 are momentary

SW4-SW7 - Random and Auto Pan Select - The AD1686B has random and auto pan attributes listed below. Switch S3,

positions SW4 - SW7, are set according to the attributes desired. The Channel B attributes apply if that channel is set for a

camera channel by SW1. Auxiliary functions are identified for activating auto or random pan from a keyboard.

SW4 SW5 SW6 SW7 CHANNEL A CHANNEL B

LLLL no auto or random no auto or random

R L L L no auto or random aux 1 = random

L R L L no auto or random aux 1 = auto

R R L L no auto or random aux 1 = random, aux 2 = auto

L L R L aux 1 = random no auto or random

RLRL aux 1 = random aux 1 = random

L R R L aux 1 = random aux 1 = auto

R R R L aux 1 = random aux 1 = random, aux2 = auto

L L L R aux 1 = auto no auto or random

R L L R aux 1 = auto aux 1 = random

LRLR aux 1 = auto aux 1 = auto

R R L R aux 1 = auto aux 1 = random, aux 2 = auto

L L R R aux 1 = random, aux 2 = auto no auto or random

R L R R aux 1 = random, aux 2 = auto aux 1 = random

L R R R aux 1 = random, aux 2 = auto aux 1 = auto

RRRR aux 1 = random, aux 2 = auto aux 1 = random, aux 2 =

Note: To cancel any function, enter the aux number and "off" on the keyboard. Operating "Pan" from the

keyboard also cancels auto and random pan.

If Channel B is set for auxiliaries by SW1, the auxiliary keyboard functions are limited by the auto and random pan

functions selected, above, for Channel A. That is, if Channel A uses aux 1 or aux 2 for auto or random pan, then these

auxiliary keyboard functions are not available for Channel B.

SW8 - Auto Pan Attributes - When a channel on the AD1686B is placed in the auto pan mode, the Receiver tracks the operation

time. After 30 minutes the Receiver follows one of two attributes listed below. This is set using S3, SW8.

SW8 FUNCTION

L Auto pan stops operation after 30 minutes

R Auto pan stops operation after 30 minutes and reverts to random pan operation.

SETUP AD1686B

AD1686B SETUP

Table 3 - S1 Camera Number Switch Settings - Channel A

L = left ("off"); R = right ("on")

CAMERA Switch Position CAMERA Switch Position

NUMBER 1 2 3 4 5 6 NUMBER 1 2 3 4 5 6

01 LLLLLL 33 LLLLLR

02 RLLLLL 34 RLLLLR

03 LRLLLL 35 LRLLLR

04 RRLLLL 36 RRLLLR

05 LLRLLL 37 LLRLLR

06 RLRLLL 38 RLRLLR

07 LRRLLL 39 LRRLLR

08 RRRLLL 40 RRRLLR

09 LLLRLL 41 LLLRLR

10 RLLRLL 42 RLLRLR

11 LRLRLL 43 LRLRLR

12 RRLRLL 44 RRLRLR

13 LLRRLL 45 LLRRLR

14 RLRRLL 46 RLRRLR

15 LRRRLL 47 LRRRLR

16 RRRRLL 48 RRRRLR

17 LLLLRL 49 LLLLRR

18 RLLLRL 50 RLLLRR

19 LRLLRL 51 LRLLRR

20 RRLLRL 52 RRLLRR

21 LLRLRL 53 LLRLRR

22 RLRLRL 54 RLRLRR

23 LRRLRL 55 LRRLRR

24 RRRLRL 56 RRRLRR

25 LLLRRL 57 LLLRRR

26 RLLRRL 58 RLLRRR

27 LRLRRL 59 LRLRRR

28 RRLRRL 60 RRLRRR

29 LLRRRL 61 LLRRRR

30 RLRRRL 62 RLRRRR

31 LRRRRL 63 LRRRRR

32 RRRRRL 64 RRRRRR

SETUP AD1686B

Table 4 - S2 Camera Number Switch Settings or Auxiliary Settings Channel B

L = left ("off"); R = right ("on")

CAMERA Switch Position CAMERA Switch Position

NUMBER 1 2 3 4 5 6 NUMBER 1 2 3 4 5 6

01 LLLLLL 33 LLLLLR

02 RLLLLL 34 RLLLLR

03 LRLLLL 35 LRLLLR

04 RRLLLL 36 RRLLLR

05 LLRLLL 37 LLRLLR

06 RLRLLL 38 RLRLLR

07 LRRLLL 39 LRRLLR

08 RRRLLL 40 RRRLLR

09 LLLRLL 41 LLLRLR

10 RLLRLL 42 RLLRLR

11 LRLRLL 43 LRLRLR

12 RRLRLL 44 RRLRLR

13 LLRRLL 45 LLRRLR

14 RLRRLL 46 RLRRLR

15 LRRRLL 47 LRRRLR

16 RRRRLL 48 RRRRLR

17 LLLLRL 49 LLLLRR

18 RLLLRL 50 RLLLRR

19 LRLLRL 51 LRLLRR

20 RRLLRL 52 RRLLRR

21 LLRLRL 53 LLRLRR

22 RLRLRL 54 RLRLRR

23 LRRLRL 55 LRRLRR

24 RRRLRL 56 RRRLRR

25 LLLRRL 57 LLLRRR

26 RLLRRL 58 RLLRRR

27 LRLRRL 59 LRLRRR

28 RRLRRL 60 RRLRRR

29 LLRRRL 61 LLRRRR

30 RLRRRL 62 RLRRRR

31 LRRRRL 63 LRRRRR

32 RRRRRL 64 RRRRRR

INSTALLATION

This installation should be made by qualified service personnel

and should conform to all local codes. Safeguards must be

taken to avoid unintentional operation by employees and

maintenance personnel working about the premises, by falling

objects, by customers, by building vibration, and by similar

causes.

Preparation

There are several user switches to set (see Setup, page 2). If

the unit is not setup correctly damage to this unit and any other

device connected to it may result. Check all wiring and

cabling before applying power.

Mounting

AD1686B Receivers are for outdoor use (except models with

an "N" suffix). Mount these units with the hinged side facing

to the left. This orientation optimizes heater operation and

provides maximum protection from the weather. Follow the

instructions for the liquid-tight fittings packed with the unit.

Receivers should be mounted near the camera(s) to be

controlled to minimize the voltage drop in wiring. The

housing is a NEMA 4, fiberglass reinforced polyester, non-

corrosive weatherproof enclosure. The housing is 15.5" H x

12.8" W x 6.7" D (394 x 325 x 170 mm). See Figure 2 below

for mounting dimensions.

Mount the unit with four 1/4-inch bolts appropriate to the type

of mounting surface. For mounting to wood studs, use lag

bolts (with a drilled pilot hole) or wood screws which penetrate

the wood for at least 2 inches. In concrete use lead or plastic

anchor expansion bolts with a pullout rating of at least 50

pounds. Install according to the manufacturer's instructions.

For steel surfaces, drill four bolt clearance holes and mount

with bolts with lockwashers and nuts. When mounting to

drywall (gypsum) wall board use toggle bolts. Material must

be at least 1/2-inch thick.

Models with "N" suffix are provided with no enclosure and are

for indoor use only. "N" models should be suitably enclosed in

accordance with local code requirements before connections

are made. This model may be mounted in any orientation.

AD1686B INSTALLATION

5/16"

(0.3125) DIA

10.0"

14.75"

Figure 2 - Mounting Hole Dimensions

CONNECTIONS

Code Line Connections

The AD Code Line connection to the Receiver is made with

user-supplied, shielded 2-wire twisted pair, Belden 8760 or

equivalent (for Plenum use Belden 88760 or equivalent). The

maximum code line length is 5000 feet.

The code line connector, labeled J6, is a three-position screw-

terminal located on the PCB near the DIP switches S1 and S2

(see Figure 1, page 3). The terminal positions are marked B

(black code wire), W (white code wire) and S (cable shield).

BEFORE STARTING:

1. Check power line to verify that the power is off.

2. Open the Receiver and locate the Code terminal connector

located on the PCB (see Figure 1).

WIRING INSTRUCTIONS:

3. Pass the code wire through a bushing to the code connector

- do not tighten bushing.

4. Strip the ends of code wires, 1/4" (6mm) from the end.

5. Insert the BLACK CODE wire into the screw-terminal

location marked B.

6. Insert the WHITE CODE wire into the location marked W.

7. Insert the cable shield into the location marked S.

8. Remove any excess cable and tighten the bushing.

9. Insert the screw-terminal connector into the J6 connector.

The Receiver has a 120-ohm terminating resistor installed on

the PCB and is designed for “Star” connections to a Code

Distribution Unit, illustrated in Figure 3.

A maximum of three AD1686B Receivers can be connected in

a “Daisy Chain” connection, as illustrated in Figure 4. If the

Receiver is to be connected in a Daisy Chain, the 120-ohm

terminating resistor must be removed from all but the last

Receiver. A 120-ohm termination must be provided on the last

piece of equipment on each code line.

The 120-ohm resistor for the AD1686B is located on the PCB

in the lower left corner of the board and is designated R7. This

resistor may be taken out of the circuit by removing the J37

jumper cap (see Figure 1, page 2).

The green Code LED on these Receivers is lit when the unit is

receiving good code. A flickering Code LED indicates a

problem in the transmission of the code, poor or loose

connection, improper termination or defective Receiver.

Refer to the Typical System Connections illustrations, pages

C-2 and C-3, for Code Line connections.

CONNECTIONS AD1686B

Figure 3 - Code Line "Star" Connections

Figure 4 - Code Line ``Daisy Chain’’ Connections

Code Distribution Unit

* 120-Ohm Termination

Other

Receivers

Receiver

* 120-Ohm Termination

Receiver

Code Source

CAUTION - Due to the presence of non-

insulated components with hazardous

voltages, the following internal adjustments

should be performed by qualified service

personnel only.

AD1686B CONNECTIONS

Pan/Tilt and Lens Connections

The AD1686B Receiver connection to a Pan/Tilt and a

motorized Lens is with a 12-pin connector. This connector, for

Channel A, is located on the main PCB, to the right of the DIP

switches S1 and S2, and is labeled J5 (see Figure 1, page 3).

When the Receiver is set for dual-camera operation, a second

12-pin connector, labeled J4, is used for the second Pan/Tilt

unit, Channel B.

Table 5 (page 10) lists the pin designations from the Receiver

to the Pan/Tilt and Lens connectors and provides space for the

installer to record the pinouts for the specific installation.

Match the Pan/Tilt and lens pinouts from the manufacturer’s

installation manuals to Table 5. Refer to the pin location

diagrams in Figure 1, page 3, for the pin positions of the 12-pin

connectors.

Mating 12-pin connectors and sockets are provided for each

PCB connector. The supplied connector sockets accept wire

sizes from 24-AWG to 18-AWG, stripped 1/4" (6mm) from the

end.

The following are the pin definitions for pan/tilt drive:

• The voltage on the pin marked "LEFT" physically pans the

camera view to the left.

• The voltage on the pin marked "RIGHT" physically pans

the camera view to the right.

• The voltage on pin marked "UP" physically tilts the camera

lens view upward.

• The voltage on the pin marked "DOWN" physically tilts the

camera lens view downward.

For upside-down-mounted Pan/Tilt units, it is necessary to

reverse the connections to the "right", "left", "up", and "down"

connections. The pre-position (+) and (-) reference leads in

Table 7 must also be reversed.

BEFORE STARTING:

1. Check the power line to verify that the power is off.

2. Open the Receiver and locate the Pan/Tilt and Lens

connector J5, located on the PCB. For dual-channel

operation, also locate connector J4.

WIRING INSTRUCTIONS:

3. Pass the Pan/Tilt cable through the bushing to the Pan/Tilt

and Lens connector, do not tighten bushing.

4. Strip the Pan/Tilt and Lens wires 1/4" (6mm) from the end.

Crimp the supplied sockets to the ends of the wires.

Pan/Tilt:

5. Insert the PAN LEFT wire of the Pan/Tilt Unit into the

connector pin location for Pan LEFT.

6. Insert the PAN RIGHT wire of the Pan/Tilt Unit into the

pin location for Pan RIGHT.

7. Insert the TILT UP wire of the Pan/Tilt Unit into the pin

location for Tilt UP.

8. Insert the TILT DOWN wire of the Pan/Tilt Unit into the

pin location for Tilt DOWN.

9. Insert the Pan/Tilt AC COMMON wire of the Pan/Tilt Unit

into the pin location for AC COMMON.

10. Insert the Pan/Tilt SHIELD of the Pan/Tilt Unit into the

pin location for SHIELD.

Motorized Lens:

11. Insert the IRIS wire of the motorized Lens unit into the pin

location for IRIS.

12. Insert the FOCUS wire of the motorized Lens unit into the

pin location for FOCUS.

13. Insert the ZOOM wire of the motorized Lens unit into the

pin location for ZOOM.

14. Insert the Lens COMMON wire of the motorized Lens unit

into the pin location for DC GROUND.

Note: DO NOT connect the LENS COMMON to the

PAN/TILT COMMON.

15. Insert the LENS SHIELD wire of the LENS Unit into the

pin location for SHIELD.

16. Remove any excess cable and tighten the bushing.

17. Insert the wired connector into the PCB J5 connector.

For dual-channel operation, repeat steps 3 through 17 for

Channel B, using connector J4 on the PCB.

Refer to the Typical System Connections illustration, page

C-4, for Pan/Tilt connections.

CONNECTIONS AD1686B

Table 5 - Dual Pan/Tilt and Lens 12-pin Connector Pinout

Channel A - J5

PIN No. FUNCTION Pan/Tilt PINOUT LENS PINOUT

01 Tilt Up _____________________ ____________________

02 Tilt Down _____________________ ____________________

03 Pan/Tilt Common _____________________ ____________________

04 Pan Right _____________________ ____________________

05 Pan/Tilt Common _____________________ ____________________

06 Pan Left _____________________ ____________________

07 Lens Common _____________________ ____________________

08 Shield _____________________ ____________________

09 Shield _____________________ ____________________

10 Iris _____________________ ____________________

11 Focus _____________________ ____________________

12 Zoom _____________________ ____________________

Channel B - J4

PIN No. FUNCTION Pan/Tilt PIN OUT LENS PINOUT

01 Tilt Up _____________________ ____________________

02 Tilt Down _____________________ ____________________

03 Pan/Tilt Common _____________________ ____________________

04 Pan Right _____________________ ____________________

05 Pan/Tilt Common _____________________ ____________________

06 Pan Left _____________________ ____________________

07 Lens Common _____________________ ____________________

08 Shield _____________________ ____________________

09 Shield _____________________ ____________________

10 Iris _____________________ ____________________

11 Focus _____________________ ____________________

12 Zoom _____________________ ____________________

Refer to the pin location diagrams in Figure 1, page 3, for the pin positions of the 12-pin connectors.

AD1686B CONNECTIONS

Auxiliary Connections

When the AD1686B Receiver is set for single camera

operation with auxiliaries, connection of auxiliary equipment

to Channel B is made to the 12-pin connector, labeled J4,

located on the Receiver PCB. See Figure 1, page 3. The

camera Pan/Tilt and Lens connections for Channel A is made

as described on pages 9 and 10.

Table 6 below lists the pin designations from the receiver to

the auxiliary and provides space for the installer to record the

pinouts for the specific installation. Table 5 is used to record

the camera connection pinouts for Channel A.

A mating 12-pin connector is provided for the PCB connector.

The connector sockets accept wire gauge sizes from 24-AWG

to 18-AWG, stripped 1/4" (6mm) from the end.

BEFORE STARTING:

1. Check the power line to verify that the power is off.

2. Open the Receiver and find the Auxiliary connector J4,

located on the PCB opposite input bushing.

WIRING INSTRUCTIONS:

3. Pass the Auxiliary cable through the bushing to the

Auxiliary connector, do not tighten bushing.

4. Strip the Auxiliary wires 1/4" (6mm) from the end. Crimp

the supplied sockets to the ends of the wires.

5. Insert the Hot wire of the Auxiliary into the connector pin

location for the appropriate auxiliary action.

6. Insert the Return wire of the Auxiliary into the connector

pin location for the auxiliary Common.

Note: DO NOT CONNECT THE 24VAC AUXILIARY

COMMON TO THE LINE COMMON.

7. Repeat steps 3 through 6 for each Auxiliary (Aux 1, 2, 3,

and 4).

8. Remove any excess cable and tighten the bushing.

9. Insert the wired connector into the PCB J4 connector.

Table 6 - Auxiliary 12-pin Connector Pinout

Channel B - J4

PIN No. FUNCTION Auxiliary PINOUT

01 AUX 1 _____________________

02 AUX 2 _____________________

03 AUX 2 and AUX 4 Common _____________________

04 AUX 3 _____________________

05 AUX 1 and AUX 3 Common _____________________

06 AUX 4 _____________________

07 No Connection _____________________

08 Shield _____________________

09 Shield _____________________

10 No Connection _____________________

11 No Connection _____________________

12 No Connection _____________________

Refer to the pin location diagrams in Figure 1, page 3, for the pin positions of the 12-pin connectors.

Pre-position (Preset) Connections

The AD1686B Receiver connection to the Pan/Tilt and Lens

pre-position servo unit is with a 9-pin connector labeled J2 (see

Figure 1, page 3). For dual camera channel operation, a

second 9-pin connector, labeled J3, is used for Channel B.

Table 7, page 13, lists the pin designations from the Receiver

to the Pan/Tilt and the lens and provides space for the installer

to record the pinouts for the specific installation. Refer to the

pin location diagrams in Figure 1, page 3, for the pin positions

of the 9-pin connectors.

Mating 9-pin connectors and pins are provided for each PCB

connector. The connector sockets accept wire gauge sizes

from 24-AWG to 18-AWG, stripped 1/4" (6mm) from the end.

BEFORE STARTING:

1. Check power line to verify the power is off.

2. Open the Receiver and find the Pre-position connector J2,

located on the PCB opposite input bushing.

WIRING INSTRUCTIONS:

3. Pass the Pan/Tilt and Lens servo cable through the bushing

to the Pre-position connector, do not tighten bushing.

4. Strip the ends of Pan/Tilt and Lens servo wires. Crimp the

supplied sockets to the ends of the wires.

5. Insert the PAN (WIPER) wire of the Pan/Tilt servo into the

connector pin location for PAN.

6. Insert the TILT (WIPER) wire of the Pan/Tilt servo into the

pin location for TILT.

7. Insert the FOCUS (WIPER) wire of the Lens servo into the

pin location for FOCUS.

8. Insert the ZOOM (WIPER) wire of the Lens servo into the

pin location for ZOOM.

9. Insert the SERVO (+) wire of the Pan/Tilt servo into the pin

location for + REF.

10. Insert the SERVO (-) wire of the Pan/Tilt servo into the

pin location for - REF.

11. Insert the SHIELD of the Pan/Tilt cable into the pin

location for SHIELD.

12. Insert the SHIELD of the Lens cable into the pin location

for SHIELD.

13. Remove any excess cable and tighten the bushing.

14. Insert the connector into the PCB J2 connector.

For dual-channel operation, repeat steps 3 through 13 for

Channel B, using connector J3 on the PCB.

Note: (+) REF and (-) REF are voltage direction indicators.

The definition of direction can be different among

manufacturers. Reversed connections will cause the

Pan/Tilt or the Lens to move in the opposite direction until

it hits the stops. Reversing the (+) REF and the (-) REF

on the effected unit will correct the problem.

Pre-position Definitions

PAN:

When the pan pot wiper is negative in reference to the pre-

position stored in a Receiver, a "Call Shot" to that pre-

position pans to the left (wiper pot becomes more

positive). When the pot wiper is positive in reference to

the pre-position stored in a Receiver, a "Call Shot" pans to

the right (wiper becomes more negative).

TILT:

When the tilt pot wiper is negative in reference to the pre-

position stored in a Receiver, a "Call Shot" to that pre-

position tilts down (wiper pot becomes more positive).

When the pot wiper is positive in reference to the pre-

position stored in a Receiver, a "Call Shot" tilts up (wiper

pot becomes more negative).

FOCUS:

When the focus pot wiper is negative in reference to the

pre-position stored in a Receiver, a "Call Shot" to that pre-

position focuses near (wiper pot becomes more positive).

When the pot wiper is positive in reference to the pre-

position stored in a Receiver, a "Call Shot" focuses far

(wiper pot becomes more negative).

ZOOM:

When the zoom pot wiper is negative in reference to the

pre-position stored in a Receiver, a "Call Shot" to that pre-

position zooms telephoto (wiper pot becomes more

positive). When the pot wiper is positive in reference to

the pre-position stored in a Receiver, a "Call Shot" zooms

wide (wiper pot becomes more negative).

Refer to the Typical System Connections, page C-4, for

illustration of Pan/Tilt Preset connections.

CONNECTIONS AD1686B

AD1686B CONNECTIONS

Table 7 - Pre-position Pan/Tilt and Lens 9-pin Connector Pinout

Channel A - J2

PIN No. FUNCTION Pan/Tilt PINOUT LENS PINOUT

01 (+) REF _____________________ ____________________

02 Pan _____________________ ____________________

03 Tilt _____________________ ____________________

04 Focus _____________________ ____________________

05 Zoom _____________________ ____________________

06 (-) REF _____________________ ____________________

07 Shield _____________________ ____________________

08 Shield _____________________ ____________________

09 No Connection _____________________ ____________________

Channel B - J3

PIN No FUNCTION Pan/Tilt PINOUT LENS PINOUT

01 (+) REF _____________________ ____________________

02 Pan _____________________ ____________________

03 Tilt _____________________ ____________________

04 Focus _____________________ ____________________

05 Zoom _____________________ ____________________

06 (-) REF _____________________ ____________________

07 Shield _____________________ ____________________

08 Shield _____________________ ____________________

09 No Connection _____________________ ____________________

Refer to the pin location diagrams in Figure 1, page 3, for the pin positions of the 9-pin connectors.

CONNECTIONS AD1686B

Power Input Connections

Refer to the instructions provided with the enclosure for

suitable conduit connectors (when required), and mounting and

caution information.

Two type PG-16 liquid tight fittings are supplied for use with

cord diameters from .395" to .551", and are to be mounted in

the larger holes in the enclosure. A type PG-13 fitting is

included for use with cord diameters from .236" to .472", and

is to be mounted in small hole in the enclosure.

The use of RTV on the inside and outside of the bushing is

recommended after all wiring is completed for additional

protection against moisture entry.

BEFORE STARTING:

1. Check power line to verify the power is off.

2. Open the Receiver and locate the AC power connector,

located on the top-right side of the power supply (see

Figure 1, page 3).

3. Locate the red power LED at the left of the PCB near the

switches S2 and S3.

WIRING INSTRUCTIONS:

4. Pass the power wire through the bushing to the AC power

connector - do not tighten bushing.

a. Model AD1686B operates on 120 volts, 50/60 Hz. Use

only 14 gauge copper wire for 120 volt AC power input.

b. Model AD1686B-X operates on 230 volts, 50/60 Hz.

Use wire gauge consistent with local code requirements

for 230 volt AC power input.

5. Connect the wires as follows for the applicable model.

120 VAC (AD1686B) (U.S. - N.E.C. Standard)

a. Connect the Ground wire (green) to the Green ground

screw marked GND.

b. Connect the Hot wire (black) to the terminal block

terminal marked HOT.

c. Connect the Return wire (white) to the terminal block

terminal marked NEUTRAL.

230 VAC (AD1686B-X)

a. Connect the Ground wire (green or green with yellow

stripe) to the Green ground screw marked GND.

b. Connect the Hot wire (black or brown) to the terminal

block terminal marked HOT.

c. Connect the Return wire (white or blue) to the terminal

block terminal marked NEUTRAL.

6. Remove any excess power cable and tighten the bushing.

7. Turn on the AC power.

8. Check the red power LED. If this LED is on, the unit is

powered. If the LED is off, check the power source and the

fuses F1 and F2 (see Figure 1, page 2).

Fusing

The power transformers have circuit breakers for over-load

protection. If they should trip they can be reset by pressing the

reset buttons on top of the power supply. Repeated tripping

indicates improper wiring or excessive loads.

Each channel has its own output fuse.

For AD1686B 120VAC Input Model:

F1: CERAMIC 250VAC 6.25 A

F2: CERAMIC 250VAC 6.25 A

For AD1686B-X 230VAC Input Model:

F1: CERAMIC 250VAC 3.0 A

F2: CERAMIC 250VAC 6.25 A

HOT

NEUTRAL

GND

CAUTION - The following instructions

require access to internal terminals and

wiring which involve hazardous voltages and

the risk of electric shock. This connection

should be made only by qualified service

personnel and should conform to local codes.

Figure 5 - Power Input Connection

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American Dynamics AD1686B Installation And Operating Instructions Manual

Brand: American Dynamics

Model: AD1686B

Type: Installation And Operating Instructions Manual

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American Dynamics AD1686B Installation And Operating Instructions Manual

American Dynamics AD1686B Installation And Operating Instructions Manual

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