JOSEF current relay JL-8D/2X112A5 DC220V rail mounted installation

Description :

　　Current Relay JL-8GB/11 Power Supply: 220AC/DC Set Current: 0.03-9.99AAC

　　Current relay JL-8GA/21

　　Overcurrent relay JL-8GB/1 AC220V 0.1-9.9A

　　Current relay JL-8B/521DK (XJL-52/DK) 0.5-3A

　　Current relay JL-8B/222DK

　　Front wiring of current relay JL-8B/1121 board

　　Current relay JL-8B/12 DC220V 0.1-99.9AAC

　　Current Relay JL-8B/3211 0.03~9.99A Auxiliary Power Supply: 110~220V AC/DC Universal Rail Installation

　　Current relay JL-8B/E2 110VDC board rear wiring

　　Current relay JL-8B/E3 DC110V 30A

　　Overcurrent relay JL-8B/1211 0.03-0.999A, AC220V in front of the guide rail plate

　　Current relay JL-8B/1331G rail mounted installation

　　Current relay JL-8B/322DK setting range: 1-6A XJL-32/DK board front wiring

　　Current relay JL-8B/2211 with base

　　Current relay JL-8B/1111 0.03~0.999A

　　Current relay JL-8B/1221 0.03~9.99A

　　Current relay JL-8B/512DK rail type board front wiring 1-6A

　　Current relay JL-8GA/21

　　Non auxiliary current relay JL-8A/11DK 0.1~9.9A

　　Overcurrent relay JL-8C/32-3

　　Zero sequence current relay JL-8C/11-31 DC220V

　　Zero sequence current relay JL-8C-12-2-2 (SX) 85-260VAC/DC

　　Front wiring of current relay JL-8D/2X board

　　Fixed time overcurrent relay JL-8D/2X122A4 100~300VDC 0~9.9A board front wiring

　　Fixed time current relay JL-8D/2X112A5G AC220V 0.1~9.9S 0.1~9.9A

　　Current relay JL-8D/2X112A5 DC220V rail mounted installation

　　Fixed time overcurrent relay JL-8D/2X122A4DG 220V

　　Current relay is one of the most commonly used components in power system relay protection, which plays an important role in automatic regulation, safety protection, and circuit conversion in circuits. It is an "automatic switch" that uses a smaller current to control a larger current. By detecting changes in the current of the circuit or main electrical components, when the current exceeds (or falls below) a certain set value, the relay will act to complete relay control and protection.

　　Current relays are divided into various types, including electromagnetic current relays, static current relays, overcurrent relays, undercurrent relays, timed current relays, and inverse time current relays. Different types of current relays have different characteristics and are suitable for different circuits and protection requirements.

　　The working principle of current relay is based on the principle of electromagnetic induction. When the current in the circuit changes, the electromagnet in the current relay will generate a corresponding magnetic field, which drives the contacts to close or open. This automatic control function enables current relays to be widely used in power systems, effectively protecting circuits and equipment from damage.

　　In addition, current relays also have various advantages, such as simple wiring, fast and reliable operation, easy maintenance, and long service life. They are widely used in relay protection lines for overload and short circuit of electric motors, transformers, and transmission lines, providing important guarantees for the safe and stable operation of power systems.

• Current relay