BE12-1E74-M STANDEX | Alldatasheet
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Technical content
Modifications in the sense of technical progress are reserved DESIGNED BY: E.Bunke APPROVED BY: R.Rippl DATE : 2003-12-03 Page 1 of 1 [VRRp-02.doc] REVISION / Rev. No.: 00 REVISED BY: APPROVED BY: DATE : Reed Relay: BE12-1E74-M Headquarter Europe MEDER electronic AG Friedrich-List Strasse 6 D-78234 Engen-Welschingen eMail: info@meder.com Internet: www.meder.com Headquarter USA MEDER electronic Inc.
766 Falmouth Rd
Mashpee, MA 02649 Phone: +1/ 508-539-0002 Fax: +1/ 508-539-4088 eMail: salesusa@meder.com Part Number: 8812174700 Dimensions (mm) Layout / Pitch 2,54 mm / Top View Marking MEDER-Label Type Layout Production- Code- EN60062 /Factory Code Pins: ∅ 0,65 mm / L 3,2 ± 0,3 mm Coil/Relay Characteristics Conditions at 20°C Min. Typ. Max. Units Coil Resistance W1 4560 4560 5060 5060 5560 5560 Ω Nominal Voltage 12 18 VDC Nominal Rated Power 29 mW Thermal Resistance 56 K / W Operate Voltage 0,8 8,4 VDC Release Voltage 0,8 8,4 VDC Contact Data 74 (Form E/Dry) Contact Rating Any combination of the switching voltage and current must not exceed the given rated power 30 W Switching Voltage DC / AC 200/ 250 V Switching Current DC or Peak AC 1 A Carry Current DC or Peak AC 2,5 A Static Contact Resistance (initial) Measured with Nominal Voltage 120 mΩ Insulation Resistance RH 45% 1011 Ω Breakdown Voltage 430 VDC Operate Time, including Bounce Measured with Nominal Voltage 0,5 ms Release Time Measured with no coil suppression 0,2 ms Capacitance 0,2 pF Environmental Data Insulation Resistance Coil to Contact RH 45% 1012 Ω Dielectric Strength Coil to Contact 2,0 kV AC Shock ½ sine wave, duration 11ms 50 g Vibration from 10 - 2000 Hz 20 g Operating Temperature 10°C/min max. allowable -20 70 °C Storage Temperature 10°C/min max. allowable -40 105 °C Soldering Temperature 5 sec. at 260 °C Cleaning fully sealed Material of Case Metal / Magnetic Shielding / Fe Sealing Compound Polyurethan Material of Pins Cu-alloy tinned Remarks Coil polarity must be observed. In the operating of latching relays the contact is closed by the application of a positive pulse (≥2ms) to one of the two coils via the connector marked “+“. This condition is maintened until one of the “+“ connectors receives a negative pulse (≥2ms). Customer / Customer part number Standard Part