Current Relay Dealers

• Power Consumption: 1.2W
• Manufacturer: Idec
• Manufacturer Part Number: RY2KS-U-DC24V
• Coil Type: Latching Single Coil
• Part Status: Active
• Voltage Rating: 24 Vdc
• Mounting Style: Socket
• Product: Power Relay
• Current Rating: 3 Amp
• Contact Form: DPDT
• Opearting Temperature: –30 to +70°C
• RoHS status: RoHS compliant
• Contact Material: Silver, gold-plated

• Frequency: 50Hz
• Features: Dual contacts, Screw type termination for contacts, Shrouded coil terminals
• Enclosure: IP67
• current: upto 200A

We offer Idmt Relay Iri 1 Pro D. IRI 1 PRO D TYPE MODEL, IDMT RELAY, C&S MAKE, QTY 30 NOS

Application: Neutral unbalance current protection of double star capacitor banks with floating neutral.   Principle of Operation: The sensing current is converted to voltage by an internal resistor and this voltage is fed to a harmonic network which is tuned to the fundamental frequency. The output of filter is fed to a voltage comparator. When the sensing current signal at the fundamental frequency exceeds the set value, the comparator gates a train of pulses to the processor. The program residing in the CPU performs the function of control and also gives output signals for relay and LED driver circuits. The operation of the relay is indicated by the glowing of a 'Red' LED,which has to be reset manually by means of a 'RESET' push button provided on the front of the relay. A 'Trip Test' push button is also provided in the relay to enable testing of the trip and alarm circuits. When this push button is pressed,the output element of the relay is energized and its contacts close to energize the trip and alarm circuits.

• Packaging Type: Carton Box
• Material: Mild Steel
• Phase: Single
• Temperature: 0-55 Degree C
• Degree Of Protection: IP 54
• Input Current: 5 Amps Max

• Brand Name: TECO ELECTRIC
• Size: 70x60mmmm
• Model Number: DX265
• Place of Origin: New Delhi
• Application: Industrial, Protection

TECO Single Phase Over Current Relays are ideal for sensing current faults in any one phase or earth for protection of Air Conditioners, Transformers & Generators etc. The resultant current measured is digitally compared to a settable reference. in case of trip condition trip contacts changeover after a settable time of 1 -10 sec. This can be used to trip the breaker. Time must be set according to system requirements. Two sets of changeover contacts are available. All contacts are 5A.

We are leading suppliers of high inrush current type - panasonic dw-h latching relay. features 1. Inrush current 100a type available 2. Iec60335-1* compliant, pti 325v (vde approved) type available 3. Surge breakdown voltage (between contact and coil): 12,000 v 4. Breakdown voltage (between contact and coil): 5,000 v 5. Reflow possible (pin-in-paste) 6. Creepage distance and clearances between contact and coil: 6 mm .236 inch typical applications 1. Smart meters 2. Industrial equipment 3. Security equipment 4. Home appliances 5. Various power supplies 6. Lighting

RISH Relay I is used to protect against Over Current, Under Current, Current Loss, Current Un balance.

We conduct payment procedure in a safe manner through both online and offline processes. You can conveniently pay in cash as well as through bank transfer. Our quality management policies and very stringent. Therefore, our entire range of products is among the best in the industry.   Features: Gets Protected against load short Circuits Opto Isolation 2500 VAC Zero Voltage Turn On Reverse Voltage Protection TTL Compatible (Sink Mode) Output NO Configuration Higher Load Cycle Resistance High Thermal Cycling Capacity High Fusing Current Normal/Fault Indication Approx. Rs 1,000 / Piece

Short-Circuit Currents are currents that introduce large amounts of destructive energy into a power system in the form of heat and magnetic force. A short circuit is also known as a fault. It is a type of current that introduces a significant amount of energy into a power system. It can take the form of either heat or magnetic force. It is a low-resistance energy path that bypasses part of a circuit and causes the bypassed part of the circuit to stop working. The reliability and safety of electric power distribution systems are dependent on an accurate and thorough understanding of the short-circuit fault currents that can exist, as well as the ability of protective devices to interrupt these currents satisfactorily.Short circuit currents pose the most serious general hazard to power distribution system components and are the primary concern in the development and application of protection systems. Short circuit currents, fortunately, are relatively simple to calculate. The basic nature of short circuit currents can be determined by applying three or four fundamental circuit analysis concepts. These ideas will be stated and applied in a step-by-step progression.To correctly apply equipment in accordance with NEC and ANSI standards, short-circuit calculations are required. The amount of detail required to perform these calculations varies greatly depending on the size and utility connection.A Short Circuit study is a thorough examination, analysis, or evaluation of an electrical system to determine the magnitude of currents that can flow during an electrical fault and correlate with those values to the ratings of installations of equipment and short circuit protection devices.It addresses short-circuit analysis activities such as design considerations for new systems, analytical studies for existing systems, and operational and model validation considerations for industrial and commercial power systems. In power systems, a short circuit protection fault study is critical.