LAS Series Plastic Push Button Switch - Experts Electrical

English
RFQ

Download the app

LAS Series Plastic Push Button Switch

$3.00

Model

Basic info Product Detail Supplier

Basic info

Brand	Wone Store
Model NO.	LAS Series Plastic Push Button Switch
operation mode	mechanical self-latching
cabinet type	PE
installation diameter	8mm
button Head shape	plastic shell of square
interface configure	1*C+NO+NC
Certification	CE
switch rating	250Ui 3A
Mechanical life	≥1000000 cycle
Electrical life	≥50000 cycle
Dielectric strength	1500VAC
Contact resistance	≤50mΩ
Insulation resistance	≥100MΩ(500VDC)
Operating environment,	-25 ℃~55℃
Operation pressure	2N
Operation travel	3mm
Terminal type	Threaded type
LED color	red/green/blue/yellow/white
LED rated voltage	6V/12V/24V/110V/220V
lamp type	Single lamp of LED
Series	LAS Series

Product Detail

☆Panel Cutout Dimension Φ10，Ui:250V，Ith:3A
☆Compact structure and small size
☆The best choice for miniaturized panel users
☆Certificate: CE

Know your supplier

Wone Store

Main Categories

High voltage/Low voltage/Wire cable/Instrument meters/New energy/Tester/Production equipment/Generator/Electrical fittings/Integrated Electrical Equipment

Business Type

Sales

Highest Annual Export (USD)

$300000000

Professional Experience

1 years

Workplace

1000m²

占位

占位

Related Products

Related Knowledges

Testing of Optical Current Transformers (OCT)

Testing of Optical Current Transformers (OCT)

With the development of modern economy and science and technology, photoelectric current transformers (PECTs) have fully transitioned from the trial operation stage to practical application. As a front - line testing personnel, I deeply feel their importance in the power system during daily work. I also realize the necessity of conducting in - depth research on their testing systems and calibration methods. This not only promotes the engineering application of PECTs but also enables the accurate

Impact Analysis of Voltage Transformer Installation on Line Side vs. Load Side of Power Inlet Circuit Breaker for (ATS)

Impact Analysis of Voltage Transformer Installation on Line Side vs. Load Side of Power Inlet Circuit Breaker for (ATS)

Automatic backup switching (ABTS) devices are core components ensuring the safe, reliable, and stable operation of factory power grids. Their startup logic strictly follows the dual criteria of "loss of voltage in the working power supply + no - current detection", effectively avoiding misjudgments caused by secondary disconnection of voltage transformers (VTs) or maloperations of ABTS due to secondary circuit faults of current transformers (CTs). The activation condition requires both "no volta

What tests need to be done on voltage transformers?

What tests need to be done on voltage transformers?

Practical Experience Sharing from an Electrical Engineer in the FieldBy Oliver, 8 Years in the Electrical IndustryHi everyone, I'm Oliver, and I've been working in the electrical industry for 8 years.From early involvement in substation commissioning and equipment inspection, to now managing the maintenance and fault analysis of entire power systems, one of the most frequently encountered devices in my work has been the voltage transformer (VT / PT).Recently, a friend who's just starting out ask

What are the development trends of voltage transformers?

What are the development trends of voltage transformers?

By Echo, 12 Years in the Electrical IndustryHi everyone, I'm Echo, and I've been working in the electrical industry for 12 years.From early involvement in commissioning and maintenance of distribution rooms to later participation in electrical system design and equipment selection for large-scale projects, I’ve witnessed how voltage transformers have evolved — from traditional analog devices to intelligent, digital components.The other day, a new colleague from a power company asked

Design of Electromagnetic Compatibility Performance for Electronic Voltage Transformers

Design of Electromagnetic Compatibility Performance for Electronic Voltage Transformers

With the rapid development of power systems, electronic voltage transformers (EVTs), as key measurement devices in power systems, their performance stability and reliability are crucial for the safe and stable operation of power systems. The electromagnetic compatibility (EMC) performance, as one of the core indicators of EVTs, is directly related to the ability of the device to work normally in complex electromagnetic environments and whether it will cause electromagnetic interference to other

Case Analysis of Abnormal Secondary Circuits in Voltage Transformers

Case Analysis of Abnormal Secondary Circuits in Voltage Transformers

1. Fault SituationIn September 2023, as a front - line fault maintenance worker, I detected abnormal voltage on the 10kV Section I bus of a substation during monitoring duty and informed the operation and maintenance team. The monitoring system showed: U0 = 0 kV, Ua = 6.06 kV, Ub = 5.93 kV, Uc = 6.05 kV, Uab = 10.05 kV, Ubc = 5.94 kVMy team and I rushed to the site. We suspected the secondary air circuit breaker of the 10kV Section I bus voltage transformer was closed and found the U - phase fus