Power and Energy Calibrator Meatest M133i

• Resistance range from 15 O to 300 kO
• Maximal load 3kW, maximal voltage 250 Vrms
• Accuracy 0.1 %
• Temperature coefficient < 10 ppm/°C
• Interface RS - 232 (IEEE488 optionally)
• Table version (19" module as option)

 

• Resistance range 10 O to 1000 O
• Very low frequency dependency
• Applicable frequency range to 100 MHz
• Calibration of wide frequency range LCR meters

 

• Current 8 mA … 120 A (AC/DC)
• Frequency 15 Hz … 1 kHz
• Simulated current and transconductance amplifier
• Built-in process multimeter
• Output capability 8 Vpk
• Interface bus GPIB and RS232 as standard
• With current coil it can be used for calibration of clamp meters up to 3000 A

 

• Resistance Capacitance Inductance standards
• Traceability of electric quantities
• Calibration of meters
• Calibration uncertainty 0.005 %
• Low time constant
• Three/four terminal or four pair terminal connection

 

• Resistance range 1.000 00 O - 1.200 000 MO
• Accuracy 0.005%
• Resolution from 10 µO
• Range of Pt sensor temperature simulation -200°C - +850°C
• Connection 2, 3, 4-wire
• Remote control RS232, optionally IEEE488
• Internal ACCU/power line adapter

 

• Total resistance range 10.00 k? to 1000.0 G?
• Resistance accuracy 0.1 to 5 %
• Test voltage range 10 000 VDC + 5%
• Test voltage accuracy indication 0.5 % + 10 V
• Test current indication 4 digit from 0.01 pA to 99.99 mADC
• Programmable high resistance decade box
• Short current verification
• Dielectric and absorption parameters simulation: polarization index (PI), dielectric absorption ratio (DAR) and polarization ratio (PR)
• High voltage capacitance in three fix points 10, 50, 100 nF
• HIPOT timer verification

 

• 100ppm Accuracy
• DC/AC voltage up to 750 V
• DC/AC current up to 2 A
• Fix standard resistors from 10 O to 10 MO in decade values
• TC temperature sensors simulation
• Frequency output up to 20 MHz
• RS232 & GPIB (option) interface

 

• Calibration of temperature controllers
• Resistance range from 16 O to 10 kO
• Simulation of Pt and Ni sensors
• Accuracy +/- 0.02°C
• Temperature stability < 1 ppm/°C
• Simulation of cable resistances
• Interface RS 232 (IEEE488 optionally)

 

• Voltage "phase-neutral" 1 V to 280 Vdc / 300 mA, 1 V to 600 Vac
• AC voltage "phase - phase" in the 3phase system 2 V to 1200 V
• DC/AC current 30 mA to 30 A / 5 V, accuracy 310 ppm
• Power factor setting -1 to +1
• Frequency range 15 Hz to 1 kHz
• Simulated electric power up to 8.4 kVA (420 kVA with option 140-50)
• Built-in process multimeter
• GPIB & RS232 interface

 

• Voltage "phase-neutral" 1 V to 280 Vdc / 300 mA, 1 V to 600 Vac
• AC voltage "phase - phase" in the 3phase system 2 V to 1200 V
• DC/AC current 8 mA to 30 A / 5 V
• Power factor setting -1 to +1
• Harmonic, interharmonic distortion, modulation
• Frequency range 15 Hz to 1 kHz
• Simulated electric power to 8.4 kVA (420 kVA with option 140-50)
• Built-in process multimeter
• GPIB & RS232 interface