Relay Test Kit

Product Description

Given the different functional requirements of grid protection systems, testing capabilities require a higher level of sophisticated testing hardware and software to analyze the operation of the entire protection system (or individual protection components) under "real life" situations. Similar improvements in simplifying the user interface and software control of test instruments are further necessary to meet these expanding test capabilities. Rest assured, no matter how complex, every aspect of relay testing can be easily handled with Weshine®'s comprehensive line of Relay Test Kit (VS-JB900 series). Plus, whether you're testing traditional electromechanical relays or modern IEC 61850 networked devices, our rugged products deliver the high power you need while still being portable for practical testing.

Product Introduction

Weshine® Relay Test Kit

Weshine® developed the first software-driven protective Relay Test Kit in 2013, and we continue to offer models ranging from computer control (with a comprehensive and simple built-in touch screen user interface) to portable and laboratory-style hand-operated test fixtures to meet every requirement. A Relay Test Kit requirement. Relay testing solutions can be an expensive proposition when software is charged separately, but with Weshine® solutions, the software required to test most relays is included in the test set so you won't incur additional costs.

Our rich heritage in manufacturing relays and primary injection test solutions benefits from the company's extensive relay testing experience. This experience also drives the success of our global support system - Weshine® are here to help you wherever you are!

PRODUCT INFORMATION
Product Name	THREE-PHASE PROTECTION RELAY TEST SET
Channels of Voltage	4	Channels of Current	3
	AC CURRENT SOURCE
	0 ~ 40 A/phase, accuracy 0.5%
	DC CURRENT SOURCE
	0 ~ ±30 A / phase, accuracy: 0.5%
	AC VOLTAGE SOURCE
	Phase voltage:0 ~ 125 V/phase; Line voltage: 0 ~ 250 V
	DC VOLTAGE SOURCE
	Phase voltage: 0～±150 V; Line voltage: 0～±300 V
Power	Maximum output power of each Phase: 420 VA
	Maximum output power of 3 parallel current: 900 VA
	Maximum permitted work time of 3 parallel current: 10 s
Input Terminals	8 pairs	Output Terminals	4 pairs
Standards	DL/T624-1997...	Certificates	CE; EMC; LVD; ISO; IEC;
Dimensions	455mm530mm220mm	Model Number	VS-JB900B

Selections

Weshine® has 8 years experience specifically for deal with complete range of Electrical Equipment. At present, Weshine® has invented various Relay Test Kit as shown as form:

ORDERING INFORMATION FOR Relay Test Kit
Cat. No.	AC Current (A) and Accuracy	DC Current (A) and Accuracy	AC Voltage (V) and Accuracy	DC Voltage (V) and Accuracy
VS-JB-III	0 to 5,0 to 50, 0 to 100, 0.5%	0 to ±20, 0.5%	0 to 250, 0.5%	0 to ±250, 0.5%
VS-JB900B	0 to 40, 0.5%	0 to ±30, 0.5%	0 to 125, 0.5%	0 to ±150, 0.5%
VS-JB900C	0 to 30, 0.5%	0 to ±20, 0.5%	0 to 125, 0.5%	0 to ±150, 0.5%
VS-JB901	0 to 40, 0.2%	0 to ±10, 0.2%	0 to 125, 0.5%	0 to ±150, 0.2%
VS-JB902	0 to 30, 0.2%	0 to ±10, 0.5%	0 to 125, 0.2%	0 to ±150, 0.2%
VS-JB902S	0 to 30, 0.2%	0 to ±10, 0.5%	0 to 125, 0.2%	0 to ±150, 0.5%
VS-JB903	0 to 40, 0.2%	0 to ±10, 0.5%	0 to 125, 0.5%	0 to ±150, 0.2%
VS-JB904	0 to 30, 0.2%	0 to ±10, 0.5%	0 to 125, 0.2%	0 to ±150, 0.2%

Cat. No.	Number of Voltage	Number of Current	Operating System	Instrument Structure	Dimension (mm)	Weight (kg)
VS-JB-III	2	2	\	SCM	450 x 280 x 275	18
VS-JB900B	4	3	Win XP	IPC	455 x 530 x 220	30
VS-JB900C	6	6	Win XP	IPC	455 x 530 x 220	49
VS-JB901	4	3	Win XP	IPC	410 x 190 x 420	12.5
VS-JB902	4	3	Win XP	IPC	328 x 168 x 250	11
VS-JB902S	6	6	Win XP	IPC	390 x 280 x 170	15
VS-JB903	4	3	Win XP	IPC	410 x 190 x 420	18
VS-JB904	6	6	Win XP	IPC	410 x 190 x 420	18

Based on Supply Chain issues: Please contact your preferred Authorized Weshine® Distributor for current pricing and lead times.

Quality Certificates

Weshine® has 8 years experience specifically for deal with complete range of Electrical Equipment. At present, Weshine® has invented various Relay Test Kit as shown as form: