1-1423008-8

T92S7D14-24

Elevate your circuit board's performance with the T92S7D14-24 relay. Designed for precision and reliability, this power relay boasts a 30A amperage rating and features two poles for efficient connectivity. With silver tin indium contacts, it ensures optimal conductivity, while the 24VDC coil voltage and low coil resistance of 350Ω guarantee seamless operation. Meeting RoHS compliance standards, this relay is not only high-performing but also environmentally friendly. Perfect for HVAC applications, it offers a maximum switching voltage of 600VAC and can handle a maximum output voltage of 600V, making it a versatile and essential component for your electronic projects. Operating seamlessly in a wide temperature range from -55°C to 85°C (-67°F to 185°F), it's built to withstand varying environmental conditions, ensuring consistent performance. Upgrade your relay system with this powerhouse, a must-have for power management in any setup.
AVAILABILITY
Immediate Shipment:NA
Stock Location:In Stock
Factory Stock:Call for Stock
Factory Lead:
Unit Of Measure:
Minimum/Multiple:1/1
Pricing
CALL:800.400.7041
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1-1423008-8
Amperage:30 A
Mount Type:Printed Circuit Board
Contact Material:Silver Tin Indium (AgSnOInO)
Number of Poles:2
Coil Resistance:350 Ω
Coil Current:.121 A
Coil Voltage:24 VDC
Output Type:AC
Maximum Output Voltage:600 V
Maximum Switching Voltage:600 VAC
Termination Type:Printed Circuit Terminals
Contact Voltage:277 VAC
Operating Temperature Range:-55 - 85 °C, -67 - 185 °F
Contact Arrangement:2 Form A (NO)
Input Voltage:0 - 14 VDC
SKU:AMP1-1423008-8
series:Potter & Brumfield T92
Insulation Special Features:8000V Initial Surge Withstand Voltage between Contacts & Coil
Packaging Style:Panel Mount
Product Weight:86 g / 3.034 oz
Output Switching:Random
Contact Current Class:30 - 50 A
Terminal Type:PCB-THR
Switch Arrangement:(2) x 1 Form A (SPST-NO)
Product Height:30.73 mm / 1.21 in
Height Class (Mechanical):30 - 40 mm
Insulation Clearance Between Contact & Coil:8 mm / .315 in
Insulation Clearance Class:8 - 9.5 mm
Product Length:52.32 mm / 2.06 in
Length Class (Mechanical):50 - 60 mm
Product Width:34.54 mm / 1.36 in
Width Class (Mechanical):30 - 40 mm
Coil Magnetic System:Monostable, DC
Coil Power Rating DC:1700 mW
Coil Special Features:UL Coil Insulation Class F
Contact Switching Load (Min):500mA @ 12V
Actuating System:DC
Coil Power Rating:1.7 W
Contact Limiting Breaking Current:40 A
Contact Limiting Continuous Current:40 A
Contact Limiting Making Current:40 A
Insulation Initial Resistance:1000 MΩ
Insulation Creepage Between Contact & Coil:8 mm / .315 in
Insulation Creepage Class:8 - 9.5 mm
Insulation Initial Dielectric Between Adjacent Contacts:1500 Vrms
Insulation Initial Dielectric Between Coil & Contact Class:0 - 4000 V
Insulation Initial Dielectric Between Open Contacts:1500 Vrms
Insulation Initial Dielectric Between Contacts & Coil:4000 V / 4000 Vrms
Output Current (Min):.5 A
Output Current Rating:0 - 40 A / 0 - 40 Arms
Output Voltage Rating (AC Relays):0 - 277 Vrms
Input Voltage Typical:0 - 14 VDC
Power Relay Type:Standard
Enclosure Type:Sealed
Environmental Ambient Temperature (Max):85 °C / 185 °F
Environmental Ambient Temperature Class:70 - 85 °C
Environmental Category of Protection:RTII
Supplier Product:Power Relays
Part Alias:1-1423008-8

Environmental Initiative Details

Environmental Initiative:RoHS
Compliant:Unknown
Date of this Information:Unknown
Notes:

Product Change Notice

Effective DateDescription of ChangeDownload
08/30/2024PCN-24-216851 - Feature Change. please be aware of an upcoming feature change to the listed T92 CODE1 part numbers with the new injection gate, there is no impact on the product performance with the change, and only to improve the manufacturability of cover part. Change before: There is no ring mark on the gate surface. Change after: There are slight ring mark on the gate surface and the gate diameter is slightly different than before the change.
Download
01/03/2014E-13-019617 - Document Clarification.Download