DB1C-B1LD | ZF Switches and Sensors

Subminiature snap-action switch, On-On, plug-in connection, long hinge lever, 0.18 N, 6 A/250 VAC, IP50

Order No.: 13G1016
EAN: 4099889212235
MPN:
DB1C-B1LD
Series: DB
ZF Switches and Sensors
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Unit Price (€ / pc.)
1.5470 € *
Available: 3,567 pcs.
Next delivery: 2,016 pcs. on 2024-05-03
Leadtime: 2 Weeks **
Total Price:
1.55 € *
Price list
Quantity
Price per unit*
1 pcs.
1.5470 €
25 pcs.
1.3209 €
100 pcs.
1.2138 €
*incl. VAT plus shipping costs
**Subject to prior sale

Subminiature snap-action switches series DB, type Cherry DB1C-.

With high switching accuracy: changeover contact, breaking capacity: 6.0 A/250 VAC (EN 61058), 5.0 A/125 to 250 VAC (UL 1054), contacts: AgNi, leakage current resistance: PTI 175. Operating temperatures: –40 to +120 °C. Connections: copper zinc, silver-plated, electrical useful life: 50000 switching cycles, certifications: ENEC, UL, CSA. The length of the raised auxiliary actuator is measured from the center of the mounting bore.

With flat and straight auxiliary actuator, 42 mm length, type DB1C-.

Switch actuating force: maximum 18 cN. Action point: 13 mm (±3.5). Pretravel: maximum 15 mm. Overtravel: minimum 4.0 mm. Travel difference: maximum 4.5 mm. Home position: maximum 27 mm.

Technical attributes (type, connection type): DB1C-B1LD, 2.8 x 0.5 PCB terminals

Technical specifications
Connection plug-in connection
Design straight
Actuator long hinge lever
actuating force 0.18 N
Shell Material PET
Latching switching function On-On
Breaking capacity 6 A/250 VAC
Switching point 13 mm ±3.5 mm
Protection class IP50
Logistics
Country of origin DE
Customs tariff number 85365007
Compliance
RoHS conform Yes
Date of RoHS guidelines 3/31/15
SVHC free Yes
Variations
Breaking capacity
Shell Material
Latching switching function
actuating force
Connection
Actuator
Switching point
Design
1 item in 21 variations
*incl. VAT plus shipping costs
Item description
Total
Price list
Breaking capacity
Shell Material
Latching switching function
actuating force
Connection
Actuator
Switching point
Design