Service Home How To Procedures 8M Option - Installation - AD0162
Last updated: 04/27/2021

8M Option - Installation

AD0162

Introduction

This procedure shows you how to install the 8M Option . 

Machine Compatibility:

  • Classic Haas Control:  Mill 8.29 or higher / Lathe 2.16 or higher
     NOTE: M59/M69 Functionality was added in Mill 11.14 and higher.
  • Next Generation Control:  All Versions
  • Hinge door over the I/O PCB.
    IMPORTANT: 93-1000573 I/O DOOR ASSY HINGED order the hinge door if it did not come in the kit.

Document Applies to these Parts:

  • 93-1000313 8 SPARE M FUNCTIONS - NGC
  • 93-3319 8M FI KIT W/ HINGE DOOR 
  • 93-1157A 8M Field Install Kit - CHC

Multiple 8M PCBs Installation

Second 8M PCB Installation:

  • 93-3913 2ND 8M SPARE NGC ADDON      

 NOTE: This service kit is intended to upgrade the 8M PCB Bank #2 to include additional spare outputs (spare outputs are restricted for machines with C-APL). This 8M PCB board will be installed directly on top of the first 8M PCB board.  

Third 8M PCB Installation:

  •   NOTE: There is no third 8M PCB installation kit. In order to install a third 8M PCB, you will need to order an additional single kit installation (93-1000313 NGC kit or 93-1157A CHC kit) and combine the 12VDC power connector. 

Hinge Door - Installation

This section shows you how to install the hinge door on the I/O PCB.   Skip this section If you machine already has a hinge door installed.  

1

Push [POWER OFF].

Set the main circuit breaker to the OFF position.

Lock the main circuit breaker. Use an approved lock with an approved safety tag.

Caution: When you handle a PCB, you must wear an Electrostatic Discharge (ESD) strap.

2

Remove the I/O PCB cover and standoffs from the control cabinet.

Install the (4) screws  to attach the I/O PCB.

Install the (4) I/O PCB brackets [1].

Install the (8) screws [2] to support the brackets.

Install the Hinge Door [3] for the I/O PCB.

8M PCB - Installation

1

For a single 8M PCB installation.

Install the (4) standoffs [1] to the hinge door .

Install the 8M PCB [2].

Refer to the next section for how to wire and set the jumpers.

Multiple 8M PCB installation

Second 8M PCB Installation.

Remove the existing 8M PCB mounting screws.

Install  the (4) 1 1/4" standaoffs [3].

Install the sencond 8M PCB [4].

Refer to next section for how to wire and set the jumpers.

Third 8M PCB Installation

Choose a location on the hinge door. 

Using the 8M PCB as a template mark the missing holes on the hinge door.

Drill and tap new holes.  (tap size #6-32).

Important:  To protect the I/O PCB from the metal particles,  remove the hinge door before you drill into it.

 

2

This step tells you how to install the BRACKET [A] and PCB [F] on Office Mill and Office Lathe machines:

Install the (4) standoffs [1] to the BRACKET [A].

Install the PCB [F].

Use the (4) BOLTS [D].

Install the PCB [F] and BRACKET [A] to the right panel of the control cabinet.

Next Generation Control - Installation

1

NGC - Next Generation Control: 

You can connect multiple 8M PCB cards daisy chained.  See illustration for cable connections.

Machines without a Non-Servo Autodoor option.

  • For 8M PCB # 1 set jumpers at JP1 and JP5 
     Note: This jumper configuration uses Outputs 90 through 97.
  • For 8M PCB # 2 set  jumpers at JP2 and JP5
     Note: This jumper configuration uses Outputs 103 through 110. There may be a function limitation with this configuration, refer to the M-Code Relay Function - NGC reference document for more information.
  • For 8M PCB #3 set jumpers at JP3 and JP5
     Note: This jumper configuration uses Outputs 79 through 86.

Machines with a Non-Servo Autodoor option.

  • Autodoor 8M PCB:  A 8M PCB is installed at the factory when a machine is ordered with the Autodoor option.  The address jumpers JP4 and JP5 are set from the factory. 
     Note: Do not change this jumper configuration.  This 8M PCB is used for the non servo autodoor operation.
  • For 8M PCB # 1 set  jumpers at JP1 and JP5
     Note: This jumper configuration uses Outputs 90 through 97.
  • For 8M PCB #2 set jumpers at JP2 and JP5
     Note: This jumper configuration uses Outputs 103 through 110. There may be a function limitation with this configuration, refer to the M-Code Relay Function - NGC reference document for more information.
  • For 8M PCB #3 set jumpers at JP3 and JP5 
     Note: This jumper configuration uses Outputs 79 through 86.

Refer to these documents for 8M option applications:

Classic Haas Control - Installation

1

CHC - Classis Haas Control: 

You can connect up to two 8M PCB cards daisy chained.  See illustration for cable connections.

  • For 8M PCB # 1 set jumpers at JP1 and JP5
    Note: This jumper configuration uses Outputs 1140 through 1147
  • For 8M PCB# 2 set jumpers at JP2 and JP5 
     Note: This jumper configuration uses Output 1148 through 1155