AZBIL LIMIT SWITCH, SL1-D

AZBIL LIMIT SWITCH, SL1-D Specification

Protection Level
IP67

Response Time
20 ms max.

Number of Module
Single

Temperature Range
-10C to +80C

Finish Type
Standard/Matte

Mechanical Life
10,000,000 operations min.

Rated Voltage
250 VAC / 220 VDC

Max. Current
5 A (Resistive load, 250 VAC/30 VDC)

Circuit Type
SPDT (Single Pole Double Throw)

Automation Grade
Industrial

Product Type
Limit Switch

Material
Glass-fiber reinforced resin, Metal

Insulation Resistance
100 M min. (at 500 VDC)

Contact Resistance
50 m max. (initial)

Max. Voltage
250 VAC (Rated) / 220 VDC (Rated)

Operating Temperature
-10C to +80C

Stoke
10 mm (Plunger Travel)

Size
Approx. 30 x 60 x 30 mm

Color
Gray/Black

Weight
Approx. 100 g

Mounting Type
Panel Mount/Surface Mounting

Current Rating
5 Amp

No Of Poles
1 pole (SPDT)

Vibration Resistance
10 to 55 Hz, 1.5 mm double amplitude

Terminal Type
Screw terminals

Contact Material
Silver Alloy

Mounting Hole Pitch
25.4 mm

Switching Capacity
5 A at 250 VAC / 30 VDC (Resistive)

Electrical Life
500,000 operations min.

Actuator Type
Plunger (Top push roller lever type available)

Shock Resistance
1000 m/s2 (approx. 100G)

About AZBIL LIMIT SWITCH, SL1-D

Experience masterful engineering and ace performance with the AZBIL LIMIT SWITCH, SL1-D - a pivotal addition for your automation setup. Designed for industrial must-have reliability, this limit switch boasts a robust glass-fiber reinforced resin and metal body, an IP67 protection level, and silver alloy contact materials. With a mechanical life of 10 million operations and a switching capacity of 5 A at 250 VAC/30 VDC, it ensures lasting savings and peace of mind. Limited time offer - secure this dependable choice for superior operational efficiency!

Versatile Application: Used By Leading Professionals

The AZBIL LIMIT SWITCH, SL1-D, is widely used by OEMs, automation engineers, and facility managers. Engineered for both specific and general use, it excels in controlling automated machinery, conveyor lines, and safety interlocks. The switch suits diverse sites of application such as manufacturing plants, processing units, and warehouse automation systems - wherever precise actuation and reliability are essential. Its compact build and robust housing ensure flawless performance in demanding industrial environments.

Efficient Supply and Prompt Arrival Worldwide

With streamlined packaging and bulk outlay options, the AZBIL LIMIT SWITCH, SL1-D, guarantees fast arrival and minimal downtime. Suppliers in China fulfill large-volume orders to domestic and international markets, ensuring dependable access for a global clientele. Businesses across Europe, Asia, and beyond benefit from prompt supply ability and dedicated export support, making this switch an ideal choice for project managers and wholesalers seeking reliable, timely automation solutions.

FAQ's of AZBIL LIMIT SWITCH, SL1-D:

Q: How does the AZBIL LIMIT SWITCH, SL1-D ensure operational safety?

A: The SL1-D model features an IP67 protection level, which safeguards the switch against dust and moisture, ensuring safe and dependable operation in harsh industrial environments.

Q: What is the typical lifespan and switching capacity of this limit switch?

A: It offers an electrical life of over 500,000 operations and a mechanical life of 10 million operations. Its switching capacity is 5 A at 250 VAC or 30 VDC (resistive load).

Q: Where can the AZBIL LIMIT SWITCH, SL1-D be installed?

A: This limit switch is suitable for both panel and surface mounting, making it adaptable for automation systems, control panels, and machinery in factories or warehouses.

Q: What is the process of connecting the SL1-D limit switch?

A: Installation is straightforward via screw terminals, and the switch is constructed for secure and efficient wiring in both new and retrofit applications.

Q: What are some unique benefits of using the AZBIL SL1-D limit switch?

A: Users benefit from its durable construction, high shock and vibration resistance, versatile mounting options, and reliable SPDT circuit design for accurate automation control.