PMV50A240 Lovato Electric Voltage Relays
Part#:PMV50A240
Manufacturer:Lovato Electric
Category:Voltage Relays
Product Lifecycle:Active
Product description
PMV50A240 Lovato - Voltage monitoring realy for three-phase system, without neutral, minimum and maximum AC voltage. Phase loss and incorrect phase sequence, 208...240VAC 50/60Hz
Product Details
- Function Monitoring relays
- Package dimensions [mm] 095X040X075
- Type of system Three-phase without neutral
- HS Code 85364900
- Bar code [EAN13] 8013975142202
- Volume [cm³] 285
- Weight [g] 135
- Multiple qty. of packs per order 1
- Qty. per package 1
- Type of product Voltage monitoring relays
- Number of relay outputs 1
- Programming mode Potentiometers
- Rated supply voltage Self powered
- Order code PMV50A240
Product condition
New Factory Sealed
New Factory Sealed - New condition, never used, original OEM part with original packaging and factory seal.
The price of PMV50A240 on Automation Guru is $491.79. Order now.
Manufacturer warranty
PMV50A240 Lovato Electric
$491.79
Your price can be lower.
Log in or Create account to check your discount
Select Qty:
$491.79
$491.79 each
Average response time: 11 minutes
Fast Shipping & Delivery
Secure Payment Processing
Warranty
Responsive Customer Support
Need more details?
Feel free to chat with us
About the manufacturer
Automation Guru is an authorized Lovato Electric distributor, committed to delivering high-quality industrial solutions that meet the diverse needs of modern automation environments. Lovato Electric is a globally recognized manufacturer specializing in the design and production of low-voltage electrical devices for industrial applications. Their comprehensive product range includes motor protectio...
Relevant products
FAQ
What is the price of PMV50A240?
Purchase the PMV50A240 from Automation Guru at the price of $491.79. Order today.
Out if stock but available for backorder.
PMV50A240 Lovato - Voltage monitoring realy for three-phase system, without neutral, minimum and maximum AC voltage. Phase loss and incorrect phase sequence, 208...240VAC 50/60Hz
What can I help you find today?
