MGM Control Panel Accessories Addendum

(2) Telco Photo Eyes with Threaded, Locking Washers

There is a Designated Transmitter marked "SMT".

There is a Designated Receiver marked "SMR".

(2) G2 Photo Eye Mounting Brackets

(4) Self-Tapping Machine Screws

Kit will include Double of what is seen in Image above.

Mark the Desired Height of the Photo-Eyes.

Transfer the Mounting Hole Locations onto the Vertical Tracks.

Pre-Drill Pilot Holes for the 1/4in Self-Tapping Fasteners.

A 7/32in Pilot Hole works well.

Secure the Bracket to the Vertical Tracks using the 1/4in Self-Tapping Fasteners.

Install the Photo-Eyes into the Mounting Brackets with the Threaded Lock Washers.

The Receiver will be Marked "Receiver" on the device itself.

Receiver Wiring:

Brown Wire - 24VDC

Gray Wire - 24VDC

The Brown and Gray Wires can be twisted together and placed in the same 24VDC terminal

Blue Wire - 0VDC

White Wire - X4

Black Wire - 24VDC

The Transmitter will be Marked "SMT" on the device itself.

Transmitter Wiring:

Brown Wire - 24VDC

Gray Wire - Not Used

Blue Wire - 0VDC

Black Wire - Not Used

White Wire - Not Used

With each Sensor Kit, there will be (2) 15m Cables with Connectors on One End, and Bare Wires on the Other.

The Connectors will Screw Directly onto the Sensors.

Using the Free Ends of the Cables, Wire them into the Terminal Block inside the Goff's Provided Control Panel.

The Receiver has (2) LEDs on the Top of the Unit.

The Transmitter has (1) LED on the Top of the Unit.

Use the Provided Fasteners to Mount your SICK Photo-Eye Brackets at the Desired Height.

Thread the Plastic Nuts directly onto the Sensors to Secure them to the Brackets.

Pre-Drill Clearance Holes for the 1/4-20 Fasteners, at the Desired Sensor Height.

Use the Provided 1/4-20 Screws and Serrated Flange Nuts to Mount your SICK Photo-Eye Brackets using the Holes previously drilled.

Thread the Plastic Nuts directly onto the Sensors to Secure them to the Brackets.

The Receiver can be Identified by its 2 LEDs on the top of the unit.

REMOVE FACTORY JUMPER WIRE BETWEEN 24VDC AND SAFETY 1.

Receiver Wiring:

Brown Wire - 24VDC

Blue Wire - 0VDC

Black Wire - SAFETY 1

White Wire - NOT USED

The Transmitter can be Identified by its Single LED on the top of the unit.

Transmitter Wiring:

Brown Wire - 24VDC

Blue Wire - 0VDC

(2) Miller Edge Light Curtains

The Light Curtains will each come with (2) Black, Metal Adapter Brackets to Adapt the Light Curtains onto the G2 Light Curtain Track Mounting Brackets.

There is a Designated Transmitter marked "TX".

There is a Designated Receiver marked "RX".

(4) G2 Light Curtain Track Mounting Brackets

(8) Self-Tapping Machine Screws

(4) 3mm-0.50 x 10mm Machine Screws

(4) M3-0.50 Nylon Insert Lock Nuts

Mount the Light Curtain Track Mounting Brackets onto the Door Tracks First, Then Mount the Black, Metal Light Curtain Adapter Brackets onto the Light Curtain Track Mounting Brackets.

Mark the Desired Height of the Light Curtains, Making Sure they will be at the Same Height on the Left and Right Sides of the Opening.

Transfer the Mounting Hole Locations onto the Vertical Tracks.

Pre-Drill Pilot Holes for the 1/4in Self-Tapping Fasteners.

A 7/32in Pilot Hole works well.

Secure the Brackets to the Vertical Tracks using the Provided 1/4in Self-Tapping Fasteners.

Install the Black, Metal Light Curtain Adapter Brackets onto the Light Curtain Track Mounting Brackets using the 3mm Machine Screw and the M3 Nylon Insert Lock Nuts.

The Light Curtains Snap into the Adapter Brackets, and are Retained with an Interference Fit.

If the Light Curtains are Sliding/Falling Down in the Adapter Brackets, Simply Bend the Mouth of the Adapter Brackets so that they are more Closed, and Provide a Tighter Grip on the Light Curtains.

Make Sure that the Sensing Sides of the Light Curtains are Facing Each-Other.

The Receiver will be Marked "RX".

Receiver Wiring:

Red Wire - 24VDC

Black Wire - 0VDC

Orange Wire - SAFETY 1

Brown Wire - 24VDC

Yellow Wire - NOT USED

The Transmitter will be Marked "TX".

Transmitter Wiring:

Red Wire - 24VDC

Black Wire - 0VDDC

REMOVE FACTORY JUMPER WIRE BETWEEN 24VDC AND SAFETY1 + REMOVE THE GRAY TERMINAL BLOCK JUMPER BAR BETWEEN SAFETY 1 AND SAFETY 2

(2) Red Wires - 24VDC

(2) Black Wires - 0VDC

Brown from Light Curtain #1 - 24VDC

Orange from Light Curtain #1 - SAFETY 1

Orange from Light Curtain #2 - SAFETY 2

Brown from Light Curtain #2 - SAFETY 2

The Optex Sensor will be equipped with 8 Wires.

For typical use, the Red and Black Wires will not be used.

White and Brown Wires - Power

Green and Yellow Wires - Activation

Blue and Pink Wires - Safety

Red and Black Wires - Auxiliary/Secondary Output

For device setup, adjustments, and additional information, scan the QR code and download the ‘Industrial Door Sensor Setup’ app in the app store. This will allow you to setup and adjust your device from your smart phone.

REMOVE FACTORY JUMPER WIRE BETWEEN 24VDC AND SAFETY1

WHITE WIRE - 24VDC

GREEN WIRE - 24VDC

BLUE WIRE - 24VDC

BROWN - OVDC

PINK WIRE - SAFETY 1

YELLOW WIRE - AUX OPEN

REMOVE FACTORY JUMPER WIRE BETWEEN 24VDC AND SAFETY1 + REMOVE THE GRAY TERMINAL BLOCK JUMPER BAR BETWEEN SAFETY 1 AND SAFETY 2

(2) GREEN AND (2) WHITE WIRES - 24VDC

BLUE FROM OTPEX #1 - 24VDC

BLUE FROM OPTEX #2 - SAFETY 1

PINK FROM OPEX #1 - SAFETY 1

PINK FROM OPEX #2 - SAFETY 2

BOTH BROWN WIRES - 0VDC

(2) YELLOW WIRES - AUX OPEN

Each LED Strip Assembly comes with pre-installed Pressure Sensitive Hook and Loop Velcro Strips.

Peel the Clear Backing off each Velcro Strip (6 Total) and stick the LED Strips onto the Vertical Tracks.

The LED Strip with the longer cable (25ft) is mounted on the non-drive side of the opening.

Ensure the LED Strip is oriented such that the shortest possible length of Cable is needed to reach the Control Panel.

The LED Strip with the shorter cable (10ft) is mounted on the drive side of the opening.

Ensure the LED Strip is oriented such that the shortest possible length of Cable is needed to reach the Control Panel.

DO NOT LENGTHEN EITHER OF THE LED STRIP CABLES AS THIS MAY CAUSE INCONSISTENT PERFORMANCE. THE PROVIDED CABLE LENGTHS ARE IN THEIR 'WORST-CASE' CONFIGURATION.

If the provided Cables do not reach the Control Panel, you will need to re-route them, or add a Junction Box to house the Microcontroller (see next step) in a location where both Cables can reach it.

In your Kit, you will also find the following:

One Microcontroller.

One Power Supply.

5-Condcutor Cable to make the necessary Electrical Connections inside the Control Panel.

Once you have routed the Wires from the LED Strips into the Control Panel, you will have to make a series of Electrical Connections.

Find the 5-Conductor Cable provided with the LED Light System.

Colors: Green, Blue, Red, Yellow, White

Located the J3 Terminal Block

Note the Orientation of the Microcontroller in the Diagram.

Make the following Connections on the Microcontroller (from Top to Bottom) using the 5-Conductor Cable:

White, Yellow, Red, Blue, Green

On the other end of the 5-Conductor Cable, the wires Terminate in the Control Panel as seen in Images 2.

WHITE WIRE SHOWN AS BLACK ARROW IN IMAGE 2.

Multiple Wires can be placed in the same Terminal.

(2) Jumper Wires will need to be added in the Control Panel between 24VDC to Opn-Lim, and between 24VDC to Clo-Lim.

Bring the (2) 3-Conductor Cables from the LED Strips into the Control Panel.

Locate the J6 and J7 Terminal Blocks

Note the Orientation of the Microcontroller in the Diagram.

Each Terminal Block receives Wires from One of the LED Strips.

Make the following Connections (from Top to Bottom) on each Terminal Block:

Red, White, Empty, Empty, Empty, Black

Locate the Provided Power Supply.

Bring Power (Single-Phase 120 to 240VAC) to the Power Supply via the Plug or by Hardwiring.

Power needs to come from an Outside Source, and should NOT be pulled from the Supply that is feeding your Control Panel.

Make sure Electrical Requirements can be fulfilled without straining the System.

Cut the Barrel Connector off of the Output Side of the Power Supply.

Bring the Power Supply Output into the Control Panel.

Locate the J9 Terminal Block

Note the Orientation of the Microcontroller in the Diagram.

Make the following Connections (from Top to Bottom):

Red, Black

Before we can Program our LED Door Indicator Light System, we must set up the Time-to-Close (TTC) Feature on our Control Panel.

From the Home Screen Press the "SETUP AND DIAGNOSTICS" Button.

On the Next Screen, Press the "SETUP" Button.

Tap and Enter your Password.

Default Password is 123.

Tap the "SETTINGS" Button.

On the Next Screen, Press the "AUTO CLOSE TIMER" Button.

To Enable the Auto Close Timer Program, Tap in the Program box, and Type "1" in the on-screen Keypad. Hit Enter.

Tap the "NEXT SCREEN" Button.

To Set the Auto Close Timer value, Tap in the Set Point box, and in the on-screen Keypad, Type the desired Time (in seconds) before you want the Door to Automatically Close. Hit Enter.

Tap the "MAIN SCREEN" Button.

Then Tap the "OPERATOR SCREEN" Button.

Your Auto Close Timer is Setup!

When first Powered On, the LED Strips will Flash Green for One Second. At this Point, Proceed to the

If at any point, you need to Restart the Programming Sequence, Press the 'RESET' Button.

When the 'RESET' Button is Pressed, the LEDs will Flash Green for One Second. When the Green turns Off, you are ready to Begin the Programming Process.

Locate the Blue Button Labeled SW1

Each Press of this Button adds One Second to the Timer associated with the LED Light System (10 Presses = 10 Seconds).

To Sync the LED Light System with your Control Panel, you must Press SW1 One time for every Second Programmed on your Control Panels' TTC Feature.

If your TTC is set for 10 Seconds, you must Press SW1 Ten times.

Locate the Blue Button Labeled SW2

Once you have Synced your LED Light System with your Control Panel by Pressing SW1, Press the SW2 Button One time.

This Locks in your Programming, and Initiates the Light System's Operation.

Your control panel comes with a 24V battery, which can be used during short power outages to release the motor brake if egress is required.

This battery will also keep the door travel limits in memory for a short period of time if main power is lost.

The battery is not designed to operate the motor, but rather to keep limit settings and release the electrical brake on the motor. Full door functionality should resume when main power is restored.

Plug the battery into the 24V port with the proper connector shown below. This connector is pre-wired into your panel from the factory.

Turn the battery power switch to the on position.

The battery will charge while the main power source is active. When main power is lost the battery will continue to power the low-voltage components in the panel.