Model No.: JMX-4Z15BM
Brand: YM
Output: Dc
Relay Type: Telecom
Ambient Temperature: -65℃~125℃
Sinusoidalvibration: 30 g,(10~3000)Hz
Random Vibration: 0.4g²/Hz,239.1m/s²
Cyclone: 2.5 kPa
Coil Powerconsumption: ≤2.62W (instantaneous)
Resistance: 15 A, 28 Vd.c., 1×10⁵ times 15 A, 115 Va.c., 400 Hz, 1×10⁵ times
Perceptual: 10 A, 28 Vd.c., 50 mH, 2×10⁴ times 10 A, 115 Va·c., 400 Hz, 50 mH, 2×10⁴times
Dielectric Withstandvoltage: Normal atmosphericpressure: 1000 Vr.m.s., 50 Hz low pressure: 350 Vr.m.s.,50 Hz
Any Power-generating Or Power-drivenmach: 6 A, 28 Vd.c., 1×10⁵ times 6 A, 115 Va.c., 400 Hz, 1×10⁵ times
Insulationresistance: ≥500 MQ
Contact Resistance: Initial value: ≤50 m After life test: ≤150 mΩ
Tightness: Leakage rate ≤10³ Pa · cm³/s
The JMX-4Z15BM is an advanced Sealed magnetic Latching Relay combining bistable operation with precision timing control for mission-critical aerospace applications. This premium Military Metal Sealing Relay serves as a direct dual-compatibility replacement for both DEUTSCH EL415 and LEACH KL series components, offering enhanced functionality and reliability. As a sophisticated Aviation Latching Relay with 2.5Kpa environmental sealing, it maintains its switching state without continuous power consumption, making it ideal for power-sensitive systems. Manufactured by YM with 18+ years of specialized expertise, this Military Electromagnetic Relay integrates latching technology with programmable timing for complex aerospace control sequences.

This sophisticated Military Metal Relay is engineered for advanced aerospace and defense systems:
While optimized for dual compatibility, YM offers comprehensive customization:
Our expertise extends across Automotive Relay, Industrial Power Relay, and PCB Signal Relay technologies, with extensive ODM experience serving advanced aerospace programs.
Every JMX-4Z15BM undergoes rigorous 8-stage quality verification:
Q1: What are the key advantages of latching relays versus standard relays?
A1: Latching relays maintain their position without continuous power (zero holding current), reduce power consumption, prevent unwanted state changes during power interruptions, and generate less heat in enclosed spaces.
Q2: How is the timing function integrated with the latching mechanism?
A2: The timing circuit controls the precise duration of the set/reset pulses to the latching mechanism, enabling programmable delay between command and actual switching for complex sequencing applications.
Q3: What drive circuitry is required for latching relay operation?
A3: Latching relays require pulsed operation (typically 10-50ms) rather than continuous DC. Our technical documentation provides detailed drive circuit recommendations for various applications.
Q4: Can the latching relay replace non-latching relays in existing systems?
A4: While electrically compatible, circuit modification is required to provide pulsed rather than continuous drive signals. Our engineering team can provide migration guidance for specific applications.
Q5: Are samples available for latching function evaluation?
A5: Yes, we provide up to 3 free samples for qualified B2B customers. We recommend including drive circuit requirements in your evaluation request.
Q6: What is the lead time for production quantities?
A6: Standard products: 3-4 weeks. Custom timing/latching configurations: 5-6 weeks. Priority manufacturing available for critical defense programs.