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Haas Chip Lift Install - AD0521

16.1 Haas Chip Lift - Install

Last updated: 01/10/2022

Haas Chip Lift - Installation

AD0521

Revision B - 03/2026

Introduction

This procedure outlines how to install the Chip Lift.

 Important: If you do not have the hinged door installed over the I/O PCB, you must also install P/N: 93-1000573.

Machine requirements:

  • Next Generation Control

Document Applies to these Parts:

  • 93-1000599 HAAS CHIP LIFT SML VF W/O MACC
  • 93-1000600 HAAS CHIP LIFT VF-1/2 MULTI-AUGER
  • 93-1000602 HAAS CHIP LIFT VF-MED
  • 93-1000603 HAAS CHIP LIFT DT/DM
  • 93-1000890 HAAS CHIP LIFT KIT LARGE VF
  • 93-1001070 HAAS CHIP LIFT LOW VOLT MINIMILL REBOOT used only with MM/SMM/MM-EDU reboot machines that have a low voltage transformer
  • 93-1001071 HAAS CHIP LIFT HIGH VOLT MINIMILL REBOOT used only with MM/SMM/MM-EDU reboot machines that have a high voltage transformer
  • 93-1001334 HAAS CHIP LIFT KIT UMC-400
  • 93-1001333 CHIP CHUTE KIT SIDE UMC-400

For Non-Reboot MiniMill Style Machines:

  • 93-1000782 HAAS CHIP LIFT MINIMILL used only with MM that have a high voltage isolation transformer (including any SMM). 
  • 93-1000934 HAAS CHIP LIFT MINIMILL LV used only with MM that have a low voltage transformer. 
  • 93-1000935 HAAS CHIP LIFT MINIMILL HV used only with MM that have a high voltage transformer.
  • 93-1000937 HAAS CHIP LIFT MINIMILL2 LV used only with MM2 that have a low voltage transformer.
  • 93-1000938 HAAS CHIP LIFT MINIMILL2 HV used only with MM2 that have a high voltage transformer.

NOTE: To determine which type of transformer a machine has, check the machine's identification plate that is located on the electrical cabinet door. If the machine's input voltage ranges near ~220 VAC, the machine has a low voltage transformer. If the machine's input voltage ranges near ~440 VAC, the machine has a high voltage transformer. 

NOTE: There are two types of high voltage transformer options an isolation and non-isolation, contact your Haas Factory Outlet to determine which one is installed in your machine.

Haas Chip Lift - Assembly

1

Unbolt the hardware [1], open the legs, and reinstall the hardware [1].

Remove the bolts [3], unfold, and reinstall the hardware [3].

Removes bolts [2]. 

Note: The front safety cover is shown for illustration purposes, but will be installed later in step 5.

2

Bolt down the opened legs [1].

3

Attach the safety cover [1] at the correct height using the provided hardware [2].

 Note: The Chip Lift can be installed in three different orientations, attach the safety cover to fit the direction desired.

Note: If the funnel height is not correctly linning up with the machines chip chute, adjust the height by attaching the funnel on the other set of holes.

4

Attach the front safety cover [1] using the provided hardware [2].

5

Roll the Chip Lift up to the Chip Chute [2].

Bolt the hinge up on the safety funnel [2] using the provided hardware.

6

For VF machines

Fasten the motor power cord [1] that comes from the elctrical cabinet using a clamp in the back.

Secure the motor power cord and clamp to the machine skirt as shown using the provided hardware [2].

 

7

For VF machines

Route the CHIP CONVYR EXT CBL to the control cabinet as shown.

Note: Use the provided cable clamps to secure the cable to the skirt of the machine.

8

For DT/DM machines

Attach the provided bracket [1] to the machine as shown.

Fasten the motor power cord [2] that comes from the elctrical cabinet to the bracket [1] using a clamp in the back [3] and the provided hardware [4].

9

For DT/DM machines

Route the CHIP CONVYR EXT CBL to the control cabinet as shown.

Note: Use the provided cable clamps to secure the cable to the skirt of the machine.

10

For Minimill Non-Reboot machines

Note: Refer to the Minimill machine version identification document to see whether a machine is reboot or non-reboot style.

Attach the provided bracket [1] to the machine as shown.

Fasten the motor power cord [2] that comes from the elctrical cabinet to the bracket [1] using a clamp in the back [3] and the provided hardware [4].

11

For Minimill Non-Reboot machines

Route the CHIP CONVYR EXT CBL to the control cabinet as shown.

Note: Use the provided cable clamps to secure the cable to the skirt of the machine.

12

For MM/SMM Reboot machines

Note: Refer to the Minimill machine version identification document to see whether a machine is reboot or non-reboot style.

Attach the provided bracket [1] to the machine as shown.

Fasten the motor power cord [2] that comes from the elctrical cabinet to the bracket [1] using a clamp in the back [3] and the provided hardware [4].

13

For MM/SMM Reboot machines

Route the CHIP CONVYR EXT CBL to the control cabinet [1] as shown by the red line.

UMC-400 Chip Lift Compatibility and Orientation

The UMC-400 chip lift is only compatible with the Side Chip Auger configuration.

  • Only compatible with UMC-400 & UMC-400SS built after 4/14/2026

Machines equipped with the original front-facing chip chute (standard configuration) are not compatible with the chip lift due to the lower height of the front chute assembly.

If the machine has the original front chip chute that discharges at the front of the machine, the chip lift cannot be installed unless the machine is converted to the Side Auger configuration.

Applicable Kits: 

  • 93-1001334 – HAAS Chip Lift Kit UMC-400

  • 93-1001333 – Chip Chute Kit, Side UMC-400

 

1

The chip lift can be installed in two orientations:

  • Facing the side of the machine

  • Facing the front of the machine

When installing the chip lift in the front-facing orientation, the CHIP CONV MOBILE SAFETY FUNNEL (30-13026) must be adjusted accordingly.

Refer to the installation illustrations showing both front and side mounting configurations.

2

Route the Chip Conveyor Extension Cable from the chip lift down along the neck toward the base of the machine, following the path shown in the image.

At the base of the machine, use the 59-2041 cable clamps to secure and guide the cable along the base casting.

These clamps route and lift the motor cable upward toward the electrical cabinet.

Continue routing the cable as shown until it reaches the hole shown in the side panel [1].

Insert the cable through this hole and connect it to cable 32-1335.

On the backside of the panel, cable 32-1335 is routed internally to the control cabinet and connects to P24 on the I/O board.

When the chip lift is ordered for this machine, it will include three 59-1647A magnetic cable holders (1/2") to help guide and secure the Chip Conveyor Extension Cable along the machine skirt, keeping the cable off the ground and providing a cleaner routing path. Any additional cable slack should be routed and secured inside the control cabinet.

Electrical Installation

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

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

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.

3

Connect the CHIP QD PCB [1] to the hinge door [2] using the provided hardware [3].

Connect the cable from the motor to the CHIP QD PCB [4].

4

Connect cable 33-0188 [1] from [P1] on the CHIP QD PCB to [TB2 78/77] on the Main Transformer.

NOTE: Use cable 33-1230 for Mini Mill with low voltage transformer and cable 33-1231 for Mini Mill with high voltage transformer. 

Connect cable 33-1170 [2] from [P3] and [P9] on the CHIP QD PCB to [P26] on the I/O PCB. Then make sure the circuit breaker on the CHIP QD PCB is in the [ON] position.

Connect the CHIP CONVYR EXT CBL [3] to P24 on the I/O PCB.

Note: When a machine has a Multi-Auger system, move the multi-auger connection from P24 on the I/O Board to P4 on the CHIP QD PCB.

Install the ferrite filters [4] close to the CHIP QD PCB. 

Verification

Press [POWER ON] to turn on the machine.

Zero return all axes.

Press [CHIP FWD] to start the chip lift to make sure everything runs smoothly and no alarms go off.