The GC 1525 is a standard reed switch featuring normally open contacts. It has a maximum switching capacity of 80 W/VA and can handle switching voltages up to 250 VAC/DC. The maximum switching current is rated at 1.3 A, with a carrying current of up to 2.0 A. The switch is constructed with rhodium contact material, ensuring reliable performance.
The device operates effectively within a temperature range of -40°C to +125°C. It has a dielectric strength of at least 800 VDC and a maximum contact resistance of 100 mO. The pull-in sensitivity ranges from 30 to 130 AT, while the drop-out sensitivity is a minimum of 25 AT. The operate time without bounce is a maximum of 3.5 ms, with a bounce time of up to 0.5 ms and a release time of 0.20 ms.
The GC 1525 is designed to withstand vibrations of up to 35 g and shocks of 50 g over an 11 ms duration. It has a typical resonant frequency of 900 Hz and a maximum operating frequency of 100 Hz. The capacitance is approximately 0.8 pF. Care should be taken when cutting or bending the switch leads to avoid damaging the glass seal.
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The GC 1525 is a standard reed switch featuring normally open contacts. It has a maximum switching capacity of 80 W/VA and can handle switching voltages up to 250 VAC/DC. The maximum switching current is rated at 1.3 A, with a carrying current of up to 2.0 A. The switch is constructed with rhodium contact material, ensuring reliable performance.
The device operates effectively within a temperature range of -40°C to +125°C. It has a dielectric strength of at least 800 VDC and a maximum contact resistance of 100 mO. The pull-in sensitivity ranges from 30 to 130 AT, while the drop-out sensitivity is a minimum of 25 AT. The operate time without bounce is a maximum of 3.5 ms, with a bounce time of up to 0.5 ms and a release time of 0.20 ms.
The GC 1525 is designed to withstand vibrations of up to 35 g and shocks of 50 g over an 11 ms duration. It has a typical resonant frequency of 900 Hz and a maximum operating frequency of 100 Hz. The capacitance is approximately 0.8 pF. Care should be taken when cutting or bending the switch leads to avoid damaging the glass seal.
