Temperature Measurement Products
Mikron M390
Ultra-fast Blackbody Calibration Sources, 300 to 3000°C
Advanced Energy’s M390 ultra-fast high temperature blackbody calibrator can produce very high temperatures and meet high emissivity targets. It can quickly stabilize within a few minutes.
- Exceptional accuracy at high temperatures
- ±0.25% of reading ±1°C
- Effective emissivity of 1.0 between 0.65 to 1.8 µm
- Rapid warm-up/cool-down time — only five minutes from ambient to 2300°C
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Overview
The Mikron® M390 blackbody calibrator quickly produces high temperature, high emissivity targets, and stabilizes at your required temperature in minutes.
The cavity is a graphite tube target with a 25 mm (1 in) diameter and has an effective emissivity of 1.0 from 0.65 to 1.8 µm. Target temperature is sensed by a rapid response infrared thermometer and the PID controller to regulates the target temperature to your desired value.
The controller is mounted on the calibration source and remote set point programming is available via the standard RS232 communication port.
Benefits
- Quickly stabilize at your required temperature
- Achieve high accuracy and repeatability
- Rapidly warm up and cool down—only 5 minutes from ambient to 2300°C
- Easily access all safety features
- Meet rigid quality control standards
Features
- PID controller regulates target temperature precisely to desired value
- Remote calibration set point control via RS232
- ±0.25% of reading ±1°C
- High effective emissivity of 1.0 between 0.65 to 1.8 µm
- Furnished with certification of calibration traceable to NIST
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Measurement Specifications
Temperature Range
M390-A2
600 to 2300°C (1112 to 4172°F)
M390-B2
600 to 2600°C (1112 to 4712°F)
M390-C2
600 to 3000°C (1112 to 5432°F)
M390-L1
300 to 2000°C (572 to 3632°F)
NIST traceable calibration up to 2700°C
Temperatures > 2700°C are provided on a ‘best effort’ basis onlyTemperature Uncertainty
±0.25% of reading ±1°C
Accuracy calibration performed radiometrically, the uncertainty of emissivity and transfer standard are already includedTemperature Resolution
1°C
Stability
±1°C
Provided stable AC mains voltage and minimum airflow across the exit port or emitter plateSource Non-Uniformity
±0.1% ±1°C of reading within the center ½ of diameter
Heated Emitter Shape
Closed end graphite tube 292 mm (11.5 in) long with approximately 127 mm (5 in) heated length (field replaceable)
Exit Port Diameter
25 mm (1 in)
Emissivity
1.0 (effective from 0.6 to 1.8 μm)
~0.96 (effective from 3 to 15 μm)Standard Calibration Method
Radiometric
Temperature Sensor
Custom Impac infrared thermometer IGA 6
Warm-up Time
5 minutes from 600 to 2300°C, typical
Slew Rate to 1°C Stability
~325°C per minute 600 to 1100°C
~700°C per minute T > 1100°C -
Communication / Interface
Remote Set Point
RS232 serial communication output standard,
RS485 optionalMethod of Control
Digital PID Controller
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Environmental Specifications
Operating Ambient Temperature
0 to 44°C (30 to 110°F)
Cooling
Water cooled. Standard (garden) hose connections on rear, 3.8 lpm (1 gpm minimum, 2 gpm recommended)
Operating Humidity
0 to 90% RH non-condensing
H x W x D
1710 x 560 x 820 mm (67.3 x 22 x 32.3 in)
Weight
182 kg (400 lb)
CE Certified
Yes
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Electrical
Power Requirements
M390-A2: 15k VA 1 ph
M390-B2: 15k VA 1 ph
M390-C2: 24k VA 1 ph
M390-L1: 15k VA 1 ph208 to 230 VAC at 50 and 60 Hz, 15k VA or 24k VA (depends on model)
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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