Renewable Design for Digital Power Timer - TA overload relay – Simply Buy

Short Description:

Product Detail

Product Tags

Feedback (2)

To become the stage of realizing dreams of our employees! To build a happier, more united and extra professional workforce! To reach a mutual advantage of our prospects, suppliers, the society and ourselves for Fuses And Circuit Breakers , High Current Contactor , Ac Contactor Replacement Eh-700 , As a leading manufacture and exporter, we enjoy a good reputation in the international markets, especially in America and Europe, because of our top quality and reasonable prices.

Renewable Design for Digital Power Timer - TA overload relay – Simply Buy Detail:

Protection characteristics

Item	NO.	Times	the	setting		current		Motion time	Start condition	Ambient temperature
Three-phase balance motion time	1	1.05					>2h		Cold state	20±5℃
	2	1.2					<2h		Heat state	20±5℃
	3	1.5						<4min	Cold state	20±5℃
	4	7.2					10A10A	2s<Tp ≤ 10s ≤ 63A4s<Tp ≤ 10s>63A	Cold stateCold state	20±5℃20±5℃
Phase-failure motion characteristic	5	Any two phases			Another phase			>2h	Cold state	20±5℃
		1.0			0.9
	6	1.15			0		<2h		Heat state	20±5℃

Selection and ordering dte

Number Rated current A Fuse links A For contactor
TA-25	0.1~0.160.16~0.25	0.50.63	A9-A40 AL9-AL40
	0.25~0.4	1.25
	0.4~0.63	2
	0.63~1	4
	1~1.41.3~1.8	46
	1.7~2.4	6
	2.2~3.1	10
	2.8~43.5~5	1016
	4.5~6.5	25
	6~8.5	35
	7.5~11	35
	10~1413~19	3550
	18~25	63
	24~32	80

Product detail pictures:

We persistently execute our spirit of ''Innovation bringing growth, Highly-quality making sure subsistence, Administration marketing reward, Credit history attracting clients for Renewable Design for Digital Power Timer - TA overload relay – Simply Buy, The product will supply to all over the world, such as: Rome , Boston , Pakistan , The president and all the company members would like to provide qualified goods and services for customers and sincerely welcome and cooperate with all native and foreign customers for a bright future.

Abb contacteur A30-30-10