Detector Switches TE Series | DAILYWELL
The contact rating of Dailywell TE series detect pushbutton switches up to DC 12V, 20mA Max and PUSH-ON type SPST function is available.
The operation temperature range between -30℃ and 80℃, the machinacal durability up to 100,000 cycles min.
Order Terms
1. Your inquiry will be answered within 24 hours.
2. Payment term: T/T in advance (first transaction)
3. Term of trade: FOB HK/TW
4. Mini Order Quantity: 100 PCS per item.
5. Mini Order Amount Per Shipment: USD$50
6. Lead time: 3-4 weeks.
Detector Switches
TE Series
Pushbutton Switches
The contact rating of Dailywell TE series detect pushbutton switches up to DC 12V, 20mA Max and PUSH-ON type SPST function is available.
The operation temperature range between -30℃ and 80℃, the machinacal durability up to 100,000 cycles min.
Order Terms
1. Your inquiry will be answered within 24 hours.
2. Payment term: T/T in advance (first transaction)
3. Term of trade: FOB HK/TW
4. Mini Order Quantity: 100 PCS per item.
5. Mini Order Amount Per Shipment: USD$50
6. Lead time: 3-4 weeks.
Specification
- CONTACT: Stainless Steel.
- RATING: 50mA, 5VDC.
- STROKE: 2mm.
- OPERATING FORCE: 30gf max.
- CONTACT RESISTANCE: 500mΩ max.
Applications
- Metal detectors.
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Download Detector Switches TE Series - DAILYWELL
DAILYWELL Detector Switches (TE Series ) help OEMs keep critical equipment running reliably in industrial, transportation, medical and energy applications, so your projects move from prototype to mass production with fewer component-related failures.
By standardizing on DAILYWELL switches across panels and control systems, engineering and purchasing teams simplify sourcing, maintain consistent quality and shorten qualification cycles while still meeting regional safety and compliance requirements.
Backed by proven manufacturing capability and long-term cooperation with global customers, DAILYWELL provides a broad portfolio of panel, tact and metal anti-vandal solutions that support stable electrical performance and long service life in harsh environments.
