IM41GR
IM41GR=IM RELAY 100 MW 3 V BIS
Introducing the Axicom IM series IM41GR, a high-performance relay designed for efficient signal and communication applications. With a coil voltage of 3 VDC and a coil resistance of 90 Ω, this Printed Circuit Board mount relay offers reliable operation. Featuring a 2 Form C (2 CO) contact configuration, it ensures versatile connectivity options. The relay guarantees low insertion loss, with -0.03 dB at 100 MHz and -0.33 dB at 900 MHz, while providing excellent isolation performance at -18.8 dB and -37 dB at the respective frequencies. With a maximum switching voltage of 220 VDC and 250 VAC, it meets diverse voltage requirements. Its Surface Mount termination type and compact dimensions of .393 x .236 x .222 inches (10 x 6 x 5.65 mm) facilitate easy installation in various systems. Additionally, the RoHS-compliant IM41GR relay is ideal for applications demanding high reliability and performance in signal and communication relay environments.
Product Category: | |
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Manufacturer: | TE Connectivity |
Manufacturer Part Number: | IM41GR |
Series: | Axicom IM |
Mount Type: | Printed Circuit Board |
Terminal Type: | PCB-SMT |
Insertion Loss: | -.03 dB at 100 MHz, -.33 dB at 900 MHz |
Number of Poles: | 2 |
Coil Resistance: | 90 Ω |
Coil Voltage: | 3 VDC |
Contact Configuration: | 2 Form C (2 CO) |
Maximum Switching Voltage: | 220 VDC, 250 VAC |
Isolation: | -18.8 dB at 900 MHz, -37 dB at 100 MHz |
Termination Type: | Surface Mount |
Contact Current Rating: | 2 A |
Dimensions: | 10 x 6 x 5.65 mm, .393 x .236 x .222 in |
Coil Type: | Bistable |
Part Aliases: | IM41GR |
SKU: | AMP5-1462037-4 |
Weight: | .026 oz |
Insulation Special Features: | 2500V Initial Surge Withstand Voltage between Contacts & Coil |
Contact Current Class: | 0 - 2 A |
Contact Plating Material: | Gold |
Contact Material: | PdRu+Au |
Contact Special Features: | Bifurcated/Twin Contacts |
Height: | 5.65 mm / .221 in |
Length: | 10 mm / .393 in |
Width: | 6 mm / .222 in |
Height Class (Mechanical): | 0 - 6 mm |
Length Class (Mechanical): | 0 - 10 mm |
Width Class (Mechanical): | 0 - 6 mm |
Actuating System: | DC |
Coil Power Rating Class: | 50 - 300 mW |
Contact Switching Load (Min): | .1mA @ .0001V |
Contact Voltage Rating: | 250 VAC / 220 VDC |
Contact Limiting Breaking Current: | 2 A |
Contact Limiting Continuous Current: | 2 A |
Contact Limiting Making Current: | 2 A |
Contact Limiting Short-Time Current: | 2 A |
Insulation Initial Resistance: | 1000000 MΩ |
Insulation Initial Dielectric Between Adjacent Contacts: | 1000 Vrms |
Insulation Initial Dielectric Between Open Contacts: | 1000 Vrms |
Voltage Standing Wave Ration (HF Parameter): | 1.06 @ 100MHz / 1.49 @ 900Mhz |
Insulation Initial Dielectric Between Coil/Contact Class: | 1500 V - 2500 VA |
Insulation Initial Dielectric Between Contacts and Coil: | 1800 Vrms |
Signal Relay Coil Magnetic System: | Bistable, 1 Coil |
Signal Relay Coil Power Rating (DC): | 100 mW |
Performance Type: | Standard |
Additional Features: | Gull Wing |
Product Type: | Relay |
Relay Type: | IM Relay |
Environmental Ambient Temperature (Max): | 85 °C / 185 °F |
Operating Temperature Range: | -40 - 85 °C |
Environmental Category of Protection: | RTV |
Environmental Ambient Temperature Class: | 70 - 85°C |
Supplier Product: | Signal Relays |
Part Alias: | 1363364 |
Environmental Initiative Details
Environmental Initiative: | RoHS |
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Compliant: | Unknown |
Date of this Information: | Unknown |
Notes: |
Product Change Notice
Effective Date | Description of Change | Download |
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02/19/2024 | PCN-23-187522 - Manufacturing location change. The following Parts Numbers will be transferred from Evora, Portugal to Trutnov, Czech Republic. | Download |
11/09/2020 | E-20-015868 - Document Clarification. Change will be applied to the PN's of PCN P-20-019002 list changing from SF6 gas containing, to air containing products lowering the Initial dielectric stenght between open contacts from 1000 Vrms to 750 Vrms. For our High dielectric IM, IMB and IMC relay versions we do not implement any changes | Download |
11/01/2020 | P-20-019002 - New specification.Environmental Fluorinated greenhouse gases phase down initiatives. In the sequence of TE compromise with Environment and the reduce of the amount of used Fluorinated greenhouse gases we are announcing the stoppage of usage of SF6 within the IM relay portfolio for a selected amount of standard part numbers. | Download |
09/01/2019 | P-18-016558 - Manufacturing Location Change. The production of the following Part Numbers might be extended from TE Portugal, Evora to TE Austria, Waidhofen. | Download |
06/04/2018 | E-18-007589 - Document Clarification. Updating IM relay packaging labels layout and included label information. Changes are found in the font type and description of the part, no changes in the bar code information. | Download |
04/01/2018 | P-17-015032 - New specification. Adding of alternative (second source) LCP grades. (entire product family). | Download |
03/14/2018 | P-18-015597 - Correction of E-17-018506. | Download |
10/10/2017 | P-17-014886 - Due to renewing the mould we will change to a new reel for the productline IM- Relays. Form, fit and function will be almost identical to the current used reel. Changes: -The reel has a smaller indication hole on the side. Hole has an indicator function for an empty reel. -Color was GRAY and is changed to BLACK. | Download |
05/01/2017 | P-17-014279 - Product improvement. Additional plating supplier for parts E2091 and E2291 on IM relay. | Download |
06/17/2016 | E-16-004212 - Product Improvement. Kisco supplier of one ingredient of the epoxy resin will discontinue the production. Kisco is changing one supplier of raw material that enter on the glue that we use on IM Relay. | Download |
11/18/2013 | E-13-002056 - The production of these signal relays will be transferred from Au, Switzerland to the ISO/TS 16949 certified TE relay production site in Evora, Portugal. The label on the cover, indicating the country of origin, will change from H to P. Specifications, materials, the manufacturing equipment and the manufacturing processes remain unchanged. |
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