cnc4pc C86ACCP Clearpath Connector Board for the Acorn Controller User Manual
- June 9, 2024
- CNC4PC
Table of Contents
- cnc4pc C86ACCP Clearpath Connector Board for the Acorn Controller
- FEATURES
- BOARD DESCRIPTION
- REQUIREMENTS
- ACTIVATING THE BOARD
- JUMPER TO SELECT THE ACTIVE AXIS
- SLAVE AXIS SELECT JUMPER WITH X AXIS OR Y AXIS
- JUMPER TO SELECT THE ENABLE
- LED INDICATOR
- PINOUT
- DIMENSIONS
- DISCLAIMER
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
cnc4pc C86ACCP Clearpath Connector Board for the Acorn Controller
OVERVIEW
This board interface is used for the connection between Acorn CNC and the
CLEARPATH SERVO DRIVE.
FEATURES
- Enable and disable the drives.
- Splits Step and Direction signals from axis X or Y to allow wiring an additionalaxis using the same signals.
- The board can be activated and start monitoring for a driver fault using theaxis enable or NO_FAULT signal.
- Electromechanical relay reflects the ACTIVE / FAULT Status of a servo.
- Power terminal (24VDC).
- Status LEDs for fault axis and relay status.
- Connector CONMOLEX 8P for driver CLEARPATH.
- Pluggable Screw-On Terminals
BOARD DESCRIPTION
REQUIREMENTS
Power Requirements
Regulated 24VDC@200mA is required to power this board.
WARNING Check the polarity and voltage of the external power source and
connect the 24VDC and GND. Overvoltage or reverse-polarity power applied to
these terminals can cause damage to the board, and/or the power source.
TERMINAL POWER
Regulated 12 or +24VDC@200mA is required to power this board.
ACTIVATING THE BOARD
Fault monitoring starts when the board is active. When the board is active the
relay is activated and the green LED is on.
Two conditions must be met to activate the system and start monitoring for a
fault:
- At least one axis is receiving an active enable signal from the ACORN board or thejumper is set not to monitor the ACORN enable signals.
- The contacts on the NO_FAULT terminal are closed. You can configure a relay andread the NO_FAULT signal from the ACORN, or you could just put a jumper on it ifnot used.
The board can be activated by the axis enable or the NO_FAULT signal, or a combination of both signals. It could also be hardwired to be permanently active if both inputs are jumped.
Operation Sequence:
- Once the board gets enabled, it will take 5 seconds in order for it to start monitoringfor a fault. This to preserve compatibility with some drivers which may need time toactivate.
- If a driver faults, the relay will trip and the green LED will go off. An LED indicatingthe which driver or drivers triggered the fault will light next to the RJ45 of the axisthat tripped the fault.
JUMPER TO SELECT THE ACTIVE AXIS
Set of jumpers as shown in the image:
Set of jumpers as shown in the image:
Note: Set the jumper to ON for connected axis and off if no drivers are connected.
SLAVE AXIS SELECT JUMPER WITH X AXIS OR Y AXIS
Set jumper 2-3 for X slave:
Set jumper 1-2 for Y slave:
Remove jumper if not use axis slave:
JUMPER TO SELECT THE ENABLE
Use Software Enable to keep the driver active only while the system is active. Set of jumpers as shown in the image.
Use Hardware Enable to keep the driver enabled all the time.
LED INDICATOR
When Status LED, (Green LED) lights, it indicates that the system is enabled.
INDICATOR FAULT DETECTION
PINOUT
WIRING EXAMPLE PLUGGABLE TERMINAL
WIRING EXAMPLE
DIMENSIONS
All dimensions are in Millimeters
Fixing holes (3 mm)
DISCLAIMER
Use caution. CNC machines can be dangerous machines. Neither DUNCAN USA, LLC nor Arturo Duncan is liable for any accidents resulting from the improper use of these devices. This product is not a fail-safe device and it should not be used in life support systems or in other devices where its failure or possible erratic operation could cause property damage, bodily injury or loss of life.