Generator characteristics tester can choose] Fickett, send high-end notebook!

The FTC-III generator characteristic tester is developed entirely for the start-up test of the generator and includes all the electrical tests in the start-up process (eg, no-exciter unloader, auxiliary exciter voltage frequency characteristics, main exciter no-load, Generator no-load, generator disconnect, demagnetization time constant determination, excitation step test, etc.) are optional equipments for starting the test.

Features

Large-screen LCD display, intuitive and clear

Automatic recording of test process, saving manpower and improving accuracy

Print complete report to reduce post-processing data processing

Full test, one instrument can complete all tests, easy to use

Flexible parameter setting to adapt to various units

Technical indicators

Generator characteristics tester can choose] Fickett, send high-end notebook!

measurement accuracy

Level 0.2

Input range

Generator characteristics tester can choose] Fickett, send high-end notebook!

Generator stator voltage: 0~150V (secondary from PT)

Generator stator current: 0~8.5A (connected from CT twice)

System voltage: 0~150V (connected from PT twice)

Factory voltage: 0~150V (secondary from PT)

Main excitation stator voltage: 0~750V (from a signal)

Sub-eliminator voltage: 0~300V (from one signal)

Generator rotor voltage: -1000V~1000V (from a signal)

Main Excitation Rotor Voltage: -150V~150V (from one signal)

Generator rotor current: 0~75mV (from the shunt)

Main excitation rotor current: 0~75mV (connected from current divider)

Speed ​​signal: 1~20V, 1~3300Hz (connected from speed probe)

Power supply

AC220V±10%

Generator characteristics tester can choose] Fickett, send high-end notebook!

Generator characteristics tester can choose] Fickett, send high-end notebook!

Generator characteristics tester can choose] Fickett, send high-end notebook!

Generator characteristics tester can choose] Fickett, send high-end notebook!

Silicone Molding

Molded silicone products are usually formed by putting solid silicone raw materials with vulcanizing agents into a high-temperature mold and applying pressure through a vulcanizing machine, and high-temperature sulfur is solidified. The hardness of molded silicone is usually 30°C-70°C. The raw materials are matched with the color paste to adjust the color according to the Pantone color card number. The shape of the mold determines the shape of the molded silicone product. The molded silicone product is the most widely used one in the silicone industry. Mainly used for silicone industrial accessories, buttons, silicone gifts, silicone bracelets, silicone watches, key cases, mobile phone sets, silicone kitchen utensils, silicone mats, ice trays, cake molds, etc.

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Sung Precision Mould & Plastic Co., Ltd. , https://www.gdinjectionmolding.com