Active Member
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[China]
Address: 1st Floor, Block B, Innovation Park, Changzui Science and Technology Park, Sixth High-tech Road, Jiangxia District, Wuhan City, Hubei Province
Contact name:Jason
Wuhan Rising Electric Co., Ltd. |
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Micro Computer Control Automatic Secondary Injection 3 Phase Relay Protection Tester
Microcomputer relay protection tester is a new type of miniaturized microcomputer relay protection tester realized by widely listening to the suggestions of users, summarizing the strengths and weaknesses of current domestic similar products and fully using currently advanced microelectronics technology and device on the basis of referring to the Technical Specifications of Test Equipment Based on Microcomputer for Relaying Protection (Exposure Draft) issued by the ministry of electric power. Microcomputer relay protection tester has self-prepared large screen LCD and flexible and convenient rotation mouse controller. The independent operation of single machine already has powerful functions and can carry out most of the tests, while the operation connecting with the computer has more powerful operation functions. It also has small volume and high accuracy. It has both the outstanding performance and advanced function of large testers and the advantages of small and exquisite appearance and flexibility, convenient operation, high reliability and others of small testers with high cost performance. It's a good handy tool for relay protection workers.
Secondary Injection 3-Phase relay test set price Microprocessor Three Phase Protection Relay Tester
| Alternating current output | Output accuracy | 0.5 magnitude |
| Phase current output (effective value) | 0~40A | |
| Three parallel phase current output (effective value) | 0~120A | |
| Phase current value with long time under permission (effective value) | 10A | |
| Phase current maximum power output | 400VA | |
| Three parallel phase current maximum power output | 1000VA | |
| Three parallel phase current maximum work time | 10s | |
| Frequency range (base wave) | 20~1000Hz | |
| Harmonic frequency number | 1~20 time | |
| Direct current output | Output accuracy | 0.5magnitude |
| Current output | 0~±10A/each phase, 0~±30A/every three parallel | |
| Maximum output of load voltage | 20V | |
| Alternating current output | Output accuracy | 0.5 magnitude |
| Phase voltage output (RMS) | 0~120V | |
| Line voltage output (RMS) | 0~240V | |
| Phase voltage/line voltage power output | 80VA/100VA | |
| Frequency range (base wave) | 20~1000Hz | |
| Harmonic frequency number | 1~20 times | |
| Direct voltage output | Output accuracy | 0.5 magnitude |
| Phase voltage output amplitude | 0~+160V | |
| Line voltage output amplitude | 0~+320V | |
| Phase voltage/line voltage power output | 70VA/140VA | |
| The switch quantity and time measurement | Switch parameters input (7ways) | Empty contact: 1~20mA, 24v Power contact access: "0": 0~+6V; "1": +11V~+250V |
| Switch parameters output (2couples) | DC: 220V/0.2A AC: 220V/0.5A | |
| Time measurement | Measuring range: 0.1ms~9999s Measuring accuracy: 0.1ms | |
| Volume and weight | Appearance and size | 400mm×300mm×180mm |
| Weight of a single machine | 22kg | |
| Working environment | Supply power | AC 220V±10%,50/60Hz |
| Environmental temperature | -10℃~+50℃ |
