Delta Tau CLIPPERT3 Motion Controller | Turbo PMAC2 Board

Original price was: $1,850.00.Current price is: $1,338.00.

Parameter Detail
Model CLIPPERT3 (Turbo Clipper / Clipper T3)
Brand Delta Tau Data Systems (Omron / Delta Tau)
Series Turbo PMAC2 Series
Core Function Executes multi-axis servo and stepper motion control logic with integrated DSP processing.
Product Type Compact Multi-Axis Motion Controller & Breakout Board
Key Specs 80 MHz DSP56303 CPU, 4 standard axis channels (expandable), 100 Mbps Ethernet, 32 digital I/O points
Brand: Model/SKU: CLIPPERT3

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Description

Product Introduction & Engineering Value

Trying to squeeze high-precision multi-axis motion control into a tight machine enclosure without rewriting your entire software architecture is an engineering headache. The Delta Tau CLIPPERT3 controller resolves this constraint by packing a complete Turbo PMAC2 computing core, breakout circuitry, and amplifier interfaces into a single compact footprint.

This controller handles complex interpolation, kinematic routines, and fast servo loops locally without bogging down the host computer. Automation engineers choose this platform to maintain deterministic position tracking and sub-millisecond trajectory updates across automated machinery, laser cutters, and custom robotics.

 

Technical Specifications

Parameter Specification
Processor Core 80 MHz DSP56303 Turbo PMAC digital signal processor
User Memory 256K x 24 SRAM user data memory; 1M x 8 Flash memory
Axis Control Channels 4 standard independent or coordinated servo/stepper axes (expandable via piggyback boards)
Analog Outputs 4 channels, 12-bit resolution (\pm 10V)
Encoder Inputs 3-channel differential/single-ended quadrature encoder inputs per axis
Communication Ports 100 Mbps Ethernet, USB 2.0, RS-232 serial interface
Digital I/O 32 general-purpose TTL-level I/O points
Power Supply Requirements +5V, \pm 12V DC input via 4-pin Molex connector
Operating Temperature 0^\circ C to 50^\circ C (32^\circ F to 122^\circ F) ambient

 

Field Application & The “Trench” Experience

During an urgent weekend retrofit at an electronics manufacturing plant, a custom laser micromachining station went down when its main motion controller suffered an unrecoverable flash memory failure. The OEM quoted a six-week lead time for a replacement unit, threatening severe delivery penalties. The maintenance team located a pre-tested surplus Delta Tau CLIPPERT3 in inventory, loaded the backed-up PMAC motion and PLC programs via Ethernet, calibrated the encoder offsets, and had the laser cutting parts within three hours.

Specific Niche Application Scenarios:

  • High-Speed Laser Profiling Tables: Synchronizing 2D trajectory motion with high-resolution PWM laser firing outputs.
  • Precision Semiconductor Pick-and-Place Cells: Executing multi-axis coordinated linear interpolation for rapid component placement.
  • Multi-Axis Optical Inspection Rigs: Managing precise step-and-repeat positioning loops across high-resolution camera stages.
CLIPPERT3

CLIPPERT3

CLIPPERT3

CLIPPERT3

Transparency SOP: QA & Testing

  • [x] Optical Board Inspection: High-magnification check of the DSP chip, memory ICs, IDC headers, and surface-mount components for micro-cracks or solder anomalies.
  • [x] Power Rail Resistance Check: Multimeter validation across the +5V and \pm 12V power terminals to confirm complete isolation from ground planes.
  • [x] Communication Port Validation: Bench-testing the 100 Mbps Ethernet stack, USB port, and RS-232 serial interface for stable packet transmission.
  • [x] Encoder & Axis Loop Verification: Injecting simulated quadrature signals into axis headers 1 through 4 to verify correct hardware counter accumulation.
  • [x] Thermal Chamber Burn-In: Operating the controller under load inside a 45^\circ C thermal cabinet for 24 continuous hours to ensure silicon stability.

 

The Veteran’s Tech Trap Guide

⚠️ PRO TIP: Always maintain an offline copy of your complete PMAC project configuration, including motor gain settings, coordinate system definitions, and custom kinematics routines. If the onboard backup battery fails during a power outage, a replacement board booted without a program backup will leave you starting from scratch.

Warning: Do not connect or disconnect encoder cables or amplifier interface ribbons while the controller is powered on. Transient voltage spikes from live plugging can instantly destroy the sensitive input counter chips on the axis interface circuit.

 

Dynamic FAQ

  1. Is this Delta Tau CLIPPERT3 unit brand new or surplus?

    We supply certified New Surplus and fully bench-tested refurbished units, backed by complete historical traceability.

  2. What warranty is included with this motion controller?

    Every CLIPPERT3 unit is backed by our standard 12-month replacement warranty covering electrical and mechanical functionality.

  3. Can the axis count be expanded beyond the standard 4 channels?

    Yes, the base board can be expanded using compatible piggyback accessory boards (such as ACC-1P) to handle additional axes.

  4. What software tool is used to communicate and configure this controller?

    Configuration, tuning, and program downloads are managed using PMAC Executive (PEWIN) or the modern IDE software packages.

  5. Does the unit require an external power supply for the analog outputs?

    Yes, the 12V DC rails must be supplied to the 4-pin Molex connector alongside the main +5V supply to power the analog output and input circuitry.