Q-MACS Process MC

Q-MACS Process MC

Product catalog summary
Overview
The Q-MACS Process MC is a compact, high-performance measurement system designed for up to four laser sources housed in TO3-8. It includes laser drivers with TEC controllers and a detector, with integrated optical components for beam guidance and shaping. The system is controlled via intuitive software.

Specifications
  • Dimensions: 330 mm x 170 mm x 120 mm (L x H x D) [excluding flange]
  • Weight: 7 kg
  • Supply Voltage: 24 VDC @ max 150 W
  • Thermal Management: Air
  • Remote Control Interface: Network (RJ-45), UART, or SPI
  • Data Acquisition: 125 MS/s with 62 MHz bandwidth

Laser Connector
  • TO3-8 socket with specific pin configuration for TEC, NTC, and QCL connections

Current Driver
  • Number of Drivers: 4
  • CW Current: Up to 500 mA per channel
  • Compliance Voltage: Max 22 V (configurable) per channel
  • Bandwidth: 500 kHz sine wave, 100 kHz square wave

Temperature Controller
  • Maximum Voltage: 4.3 V
  • Maximum Current: ±3 A
  • Temperature Sensor: NTC, 10 kOhm @ 25°C
  • Temperature Range: -25°C to 40°C

Operating and Storage Conditions
  • Operating Temperature: 5°C to 40°C
  • Operating Humidity: 15% to 75% (relative)
  • Storage Temperature: 5°C to 70°C
  • Storage Humidity: 10% to 80% (relative)

Additional Features
The system supports beam coupling and decoupling via a KF40 flange, with options for retroreflector or long-path cell, customizable to customer needs. It is suitable for diverse process monitoring applications in compact spaces.
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Catalog excerpts

Q-MACS Process MC-1

Q-MACS Process MC The Q-MACS Process is a compact high performance, all inclusive measurement system for up to four laser sources in TO3-8 housing. The system includes four laserdrivers with associaeted TEC controller, as well as a detector. All optical components for guiding and shaping the laser beams are already integrated. The control as well as the measured value display is carried out via a special, easy-to-use, intuitive software from our company. The beam coupling and decoupling takes place via a KF40 flange as standard. The beam can be returned by a retroreflector or a long-path cell. Both versions are provided by us and are optimally matched to the QMACS Process MC due to their design. Further customer requests can be realized. The properties of the Q-MACS Process MC make it easy for the customer to implement a wide range of process monitoring in the smallest of spaces. current driver general description dimensions weight supply voltage thermal management remote control interface data acquisition up to four channel laser spectrometer with integrated data aquisition 330 mm x 170 mm x 120 mm (L x H x D) [without flange] 7 kg 24 VDC @ max 150 W air network (RJ-45), UART or SPI 125 MS/s with 62 MHz bandwidth number of drivers cw current compliance voltage bandwidth 4 up to 500 mA per channel max. 22 V (configurable) per channel 500 kHz sine wave 100 kHz square wave temperature controller laser connector maximum voltage maximum current temperature sensor temperature range operating temperature operating humidity storage temperature storage humidity bottom view neoplas control GmbH - Walther Rathenau Straße 49a - 17489 - Greifswald - Germany - www.neoplas-control.de - [email protected]

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