Relay & Protection Microcomputer Protection Relay Testing Equipment

• Customization: Available
• Certification: CNAS
• Power Supply: 220V/110V
• Model NO.: Test-630
• AC Current Output: 6×0-30A or 3 × 0-60A
• Maximum Power Output: 520V
• Accuracy: 0.2%
• Transport Package: Standard Export Carton
• Specification: CE, ISO9001: 2008, IEC
• Trademark: GFUVE
• Origin: Beijing China
• Production Capacity: 100/Month

Product Description

Product Description

 

TEST-630 Relay & Protection Microcomputer Test System
Features
Integration in the host crystal 8.4 inches true color, light weight and easy to carry;
Built-in high-speed high-performance industrial computer, embedded operating system, running a stable and reliable; Also be connected PC testing;
Panel embedded user-friendly buttons can also be an external keyboard, mouse;
High-precision DAC to 12 Road, simultaneous output to ensure that waveform fitting of high precision, good linearity;
Matching electromagnetic compatibility components, can improve on-site anti-electromagnetic interference, protection devices can be connected electromagnetic compatibility tests;
Analog output of the front panel, switch the amount of terminal design in the upper cover, all the wiring does not affect the operation of the panels and test parameters of the surveillance;
Designed to the latest thermal structure, and to ensure the best ventilation. Automatically determine the over-current, over voltage, overload, short circuit, the temperature is too high, data anomalies and misuse warning prompt;
Using voltage, current amplifier AC / DC sharing, output stage uses a unique ultra-linear amplifier technology, high precision, good reliability; Six-phase AC output voltage and six-phase AC current;
12 analog ports, and the other optional auxiliary DC source output (220V/110V);
Interface: RJ45 (Ethernet interface), USB interface (software upgrades, reporting transmission), industrial serial interface (GPS or other serial device use).

Functions
Host real-time operating system, fast response, when faced with an emergency situation, to better protection of instruments and equipment under test. Safe and reliable, not easy to be a computer virus violated;
The newly designed software interface style, the host machine operation is fully consistent with the background and easy;
Extensive testing capabilities: The state sequence determined in the trial, IT features analog oscillation, the entire group of tests, differential protection, harmonic superposition, low cycle load shedding, same equipment, measuring instruments, GPS synchronized debugging, fault playback, and custom test (special tests), etc., to satisfy various types of user testing microprocessor-based protection relay needs. Can easily complete the Siemens, AREVA and other foreign manufacturers of protective device test.
The test report can be easily derived from the USB port to print.
 

Detailed Photos

 

AC current output	Phase current output (effective value)                                              6×0~30A or 3×0~60A Maximum output power                                               520VA/phase Maximum parallel current output (effective value)                          0~180A
	Long-term allowable working value of phase current (effective value)     >10A Allowable working time of maximum current                    >11s Accuracy                                                   <±0.2%
AC voltage output	Phase voltage output (effective value)                            6×0~130V Line voltage output (effective value)                                  0~260V
	Maximum output power                        70VA/phase Accuracy                                       <±0.2%
DC voltage output	Output range                                                   0~300V or 6×0~±130V Maximum output power                                                      130VA Accuracy                                                                     <±0.2%
DC current output	Output range                                                    -10~10A or 6×0~±10A Maximum output power                                                    150VA Accuracy                                                                <±0.2%
Binary input	Idle contact                                                      1~20mA, 24V (DC) Electric potential contact                                          0~250V (DC)
Binary output	Idle contact                                                    250V/0.5A (DC)
Rated output	Frequency error           <±0.01HzHz Phase error                         <±0. 2° Waveform distortion               <±0.3% (fundamental wave) Time error                             <40µs Output frequency               0~1050Hz Superposed harmonic wave        0~21times