Delixi Cdwnegz DC Isolation Switch Low-Voltage Distribution Circuits

Min.Order: 10

Product origin: Wenzhou, Zhejiang, China

Infringement complaint:

Complaint

US$ 1320.2

Description

Product Overview
Basic Introduction
The CDWNEGZ DC frame isolation switch is mainly installed in low-voltage distribution circuits to connect and disconnect the main circuit, and can also play an isolation role.

Photovoltaic
In the grid connected solar power generation industry, used for centralized photovoltaic installation, DC isolation switches are mainly used on the photovoltaic centralized inverter side, for the connection, load switch, and isolation of the inverter DC distribution circuit.

Energy storage
DC isolation switches, as the main line control and isolation, are widely used in inverters, battery clusters, and other applications in energy storage systems.

Main features
-Internationally leading technology platform
-Complete accessories: closed electromagnet, shunt release, undervoltage release, electric operating mechanism
-Excellent craftsmanship, leading parameters, multiple current specifications, and multiple wiring methods
-Small size, compact structure, complete functions, safe and reliable
-The usage categories include DC22A, DC23A, DC-PV2, and are fully certified

Basic parameters
Compliance with standard: GB/T14048.3 IEC/EN 60947-3
Number of poles: 3P, 4P
Rated voltage: DC750V, DC1000V (3P), DC1500V (4P)
Rated insulation voltage: DC1600V
Rated current: 2500AF: 800-2500A; 4000AF: 630-4000A
Short time withstand current: 2500AF: 66kA; 4000AF: 100kA

Enterprise specific code	Universal circuit breaker	Design serial number	Shell frame level	Rated current	Number of poles	Installation method	Short circuit method
CD	W	NEGZ	40	08
Delixi	Universal circuit breaker	New energy isolation DC	25: 2500AF 40: 4000AF	08: 800 10: 1000 12: 1200 16: 1600 20: 2000 25: 2500 32: 3200 40: 4000	3 : 3P 4: 4P	DH: Indicates drawer level FH: indicates a fixed level	A: A-type short circuit B: B-type short circuit C: C-type short circuit D: D-type short circuit E: E-type short circuit