Power Transducer Tester

Based in Maharashtra, India, we are #1 Exporter & Supplier of Power Transducer Tester in the Indian and overseas market. The main configuration of our PTC9300H Tester is a computerized 3-phase power source with built-in precision reference instrument. It sets new industry standards in the field of test & calibration measurements. Owing to its wide usage, we make it available in different technical specifications. For reasonable prices and timely deliveries, trust us!

PTC9300H fulfills three Important functions :

• Reference output readings
• Power transdcuer's calibrations
• Power meter calibrations

PTC9300H features software control system with multiple micro-processors fully integrated to produce highly stable 3 phase power outputs and reference readings. All control and selection functions are digitally accessible from the PTC 9300H's front control panel or optionally through a RS232 port to a remote PC. Test functions, results and file management are easily performed with the proprietary software. The PTC9300H's VFD illuminated display screen allows for clear readings and menu command operation.

Voltage Output :

• Range selection Digitally adjustable by numeric keys
• Output range 0-300.00V L - N phase voltage
• 0-520.00V L - L line to line voltage
• Resolution 0.01V
• Accuracy 0.02% (RD) 60-300V range (VL-N)
• 0.02% (RD) 90-520V range (VL-L)
• 0.02% (RG) 5-300V range (VL-N)
• 0.02% (RG) 10-520V range (VL-L)
• Temperature influence 23± 2°C, 15ppm per°C ( 5~40°C)
• Frequency influence Typically 0.001% per Hz (48-62Hz range)
• Output load 15VA maximum at 300V
• Resistive or inductive impedance or below
• 2000 PF capacitive impedance

Current Output :

• Range selection Digitally adjustable by numeric keys
• Output range 0-6.2000A 3 phase
• Resolution 0.0001A
• Accuracy  0.02% RD 0.25~6.0A range
• 0.02% RG 0.01~6.2A range
• Temperature influence 23±2°C, 15ppm per°C ( 5-40°C )

• Frequency influence Typically 0.001% per Hz (48-62Hz range)
• Output load 15VA maximum at 6 Amp
• Resistive or inductive impedance