JOSEF intermediate relay DZY-203 220VDC is widely used

Description :

　　purpose

　　This series of intermediate relays is used in various protection and automatic control devices to increase the number and capacity of contacts in the protection and control circuits.

　　structural principle

　　1. This electric appliance is a valve type electromagnetic electric appliance. The coil is mounted on a "" - shaped magnetic conductor, with a movable armature on top. Two rows of contact springs are installed on both sides of the magnetic conductor to lift the armature upwards in a non active state, maintaining a certain gap between the armature and the magnetic conductor. When the electromagnetic torque between the air gaps exceeds the reactive torque, the armature is attracted to the guide magnet, and at the same time, the street iron presses the contact spring, causing the normally closed contact to open and the normally open contact to close, completing the relay operation. When the electromagnetic torque decreases to a certain value, due to the reaction torque of the contact spring, the contact and the armature return to their initial positions, preparing for the next work.

　　2. The "" shape of this relay adopts a double iron core structure for the magnet, which means that coils can be installed on both side columns. For DZY, DZL, and DZJ models, only one coil is installed, while for DZB, DZS, and DZK models, another iron core can be installed as needed to hold the coil or delay damping plates. Thus, relays with significantly different coil types can all use a common magnetic conductor.

　　3. According to the common use of intermediate relays and signal relays in electrical protection, this relay X-type product is equipped with a linkage action signal indication and reset mechanism, and has a pair of mechanical holding contact points to connect remote signals, which can completely eliminate the linkage signal relay. This is meaningful for improving the reliability of the holding device, simplifying wiring, and reducing costs.

　　Intermediate relay DZY-209 DC220V board front wiring socket

　　Intermediate relay DZY-210 DC110V board rear wiring

　　Intermediate relay DZY-212 DC220V board front wiring

　　Intermediate relay DZY-208 DC220V

　　Intermediate relay DZY-204 DC220V

　　Intermediate relay DZY-205 DC220V

　　Front wiring of intermediate relay DZY-211 DC220V board

　　Intermediate relay DZY-220 DC220V

　　Intermediate relay DZY-221 DC24V board embedded installation

　　Intermediate relay DZY-212G AC220V 5A board rear wiring

　　Intermediate relay DZY-204/110V

　　Installation of intermediate relay DZY-220G DC220V rail

　　Voltage relay DZY-203 220VDC

　　Intermediate relay DZY-206 DC110V

　　Intermediate relay DZY-207 DC220V

　　Intermediate relay DZY-219 DC220V board rear wiring

　　Intermediate relay DZY-213 DC220V board with seat in front

　　Working voltage of intermediate relay DZY-202: 220VDC board front wiring including base

　　Intermediate relay DZY-210 working voltage 220VDC board rear wiring

　　Front wiring of intermediate relay DZY-212 DC110V board

　　Intermediate relay DZY-212Q DC220V with board front base

　　Intermediate relay DZY-210G/DC220V

　　Intermediate relay DZY-207 DC220V board front

　　Working power supply of intermediate relay DZY-208Ia: 220VDC

　　Intermediate relay DZY-220X DC220V

　　Intermediate relay DZY-213 DC110V board rear wiring

　　DC intermediate relay DZY-216 (Q) 220V

　　Intermediate relay DZY-211X 220V board front with seat

　　Intermediate relay DZY-254G

　　Intermediate relay DZY-204G DC220V rail type

　　Intermediate relay JDZY-1202 110VDC

　　Intermediate relay JDZY-1202 DC220V DC 220V

　　Terminal block intermediate relay DZY-106 AC220V

　　Static intermediate relay DZY-105 AC220V

　　Intermediate relay DZY-104 rated DC voltage 110V

　　Intermediate relay DZY-202G working voltage DC220V rail type

　　Front wiring of intermediate relay DZY-404 DC220V board

　　Intermediate relay DZY-108 DC110V

　　Intermediate relay is a special electrical control component mainly used to transmit signals in control circuits and simultaneously control multiple circuits. It plays a role in increasing the number and capacity of contacts in relay protection and automatic control systems. The structure and working principle of intermediate relays are basically the same as AC contactors, but the main difference from contactors is that they have more contacts and smaller contact capacities.

　　Intermediate relay is essentially a type of voltage relay, which differs from ordinary voltage relays in that it has a larger number of contacts and allows a larger current to flow through the contacts, which can disconnect and connect circuits with higher currents. Therefore, intermediate relays are mainly used in control circuits to increase the number and capacity of contacts and transmit signals when needed.

　　Intermediate relays usually do not have main contacts because their overload capacity is relatively small, so all auxiliary contacts are used, with a large number. These auxiliary contacts can meet the needs of different contacts in the control circuit and achieve simultaneous control of multiple circuits.

• intermediate relay