Temperature Measurement Products

Mikron M330-US / M330-EU

Blackbody Calibration Source with Digital Indicating Temperature Controller, 300 to 1700°C

Advanced Energy’s Mikron M330 blackbody calibration source utilizes a digital indicating temperature controller you can set to any temperature between 300 to 1700°C.

  • High effective emissivity 1.0 at 0.65 to 1.8 µm
  • High accuracy
  • Excellent stability ±1°C per 8-hour period
  • Fast slew rate (limited to 20°C per minute)
  • Overview
  • Technical Specs
  • Documents
  • Service & Support

Overview

The Mikron® M330 blackbody calibration source features a digital indicating temperature controller that you can set to any temperature between 300 to 1700°C. The temperature controller uses the industry standard PID algorithms to control the emitter temperature within ±0.5°C.

A precision thermocouple controls the blackbody cavity to provide high accuracy and repeatability. And the M330 blackbody uses a resistive heater to enhance the product lifecycle. Added safety features include an independent over-temperature power cutout system and an internal fan to keep the cabinet surfaces at a safe, comfortable temperature.

Benefits

  • Utilize digital indicating temperature controller
  • Increase safety 
  • Achieve high accuracy and repeatability
  • Meet rigid quality control standards
  • Keep cabinet surfaces at a safe, comfortable temperature with the internal fan

Features

  • Resistive heater provides long life
  • Independent over-temperature power cutout system
  • Manufactured and tested to meet rigid quality control standards
  • Furnished with certificate of calibration traceable to NIST
  • RS232 (standard) or RS485 serial communication
  • Measurement Specifications

    Temperature Range

    300 to 1700°C (572 to 3092°F)

    Temperature Uncertainty

    ±0.25% of reading ±1°C
    Accuracy calibration performed radiometrically, the uncertainty of emissivity and transfer standard are already included

    Temperature Resolution

    0.1°C

    Stability

    ±1°C per 8-hour period
    Provided stable AC mains voltage and minimum airflow across the exit port or emitter plate

    Source Non-Uniformity

    ±1°C within center 1/3 of ID

    Heated Emitter Shape

    Closed end tube 41 mm ID X 255 mm long with ~125 mm heated length (field replaceable)

    Exit Port Diameter

    25 mm (1 in)

    Emissivity

    1.0 at 0.65 to 1.8 µm
    Lower at longer wavelengths — a correction table is supplied in the manual

    Standard Calibration Method

    Radiometric (pyrometric)

    Temperature Sensor

    Type B thermocouple

    Warm-Up Time

    45 to 50 minutes from ambient to 300°C
    65 to 80 minutes from 300 to 1600°C

    Slew Rate to 1°C Stability

    ~20°C per minute

    Slew Rate to 0.1°C Stability

    ~30 min for T < 500°C,
    ~20 min for T > 500°C
    For 100°C set point change, typically

  • Communication / Interface

    Remote Set Point

    Via serial port

    Method of Control

    Digital self-tuning PID controller

  • Environmental Specifications

    Operating Ambient Temperature

    0 to 44°C (30 to 110°F)

    Cooling

    Fan cooled, air inlet on rear panel

    Operating Humidity

    90% RH max, non-condensing

    H x W x D

    648 x 500 x 551 mm (25.52 x 19.7 x 21.7 in)

    Weight

    80 kg (175 lb)

    CE Certified

    Yes

  • Electrical

    Power Requirements

    208 to 240 VAC, 50 and 60 Hz, 3000 VA maximum (US)
    230 VAC, 50 Hz (EU)

Specifications are subject to change without notice. Not all options and accessories are available for all models and configurations. Dimensions listed generally refer to standard configurations and module bodies only. Please confirm technical specifications and customizations with a sales representative. Advanced Energy is not responsible for errors or omissions.

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Product Support

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Inside the U.S.: 1.800.446.9167 (option 2)
Outside the U.S.


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