BRAND | Intorq |
Product | 155-1 E318825 |
Internal code | PMX4503871 |
Technical specification | (II 3G Ex ec IIC T3 Gc X / II 3D Ex tc IIIB T120'C Dc X |
Discover the superior quality and performance of the Intorq 155-1 E318825 with "Parmex Automatización" SRL in Mexico . Whether you are looking for reliability or efficiency, this product meets all your industrial needs.
The 155-1 E318825 is designed to provide optimal performance and durability in various applications. Known for its high-quality construction and innovative features, it is a preferred choice for professionals.
Key Features of 155-1 E318825 :
At "Parmex Automatización" SRL , we offer the 155-1 E318825 at competitive prices and with the fastest delivery times across Mexico . Our expert team is ready to assist you with all your inquiries and provide tailored solutions to meet your specific needs.
Why Choose "Parmex Automatización" SRL ?
Get Your Quote Today! Ready to enhance your operations with the 155-1 E318825 ? Contact us now for a personalized quote. Fill out the form below or send us an email with your inquiry. Let us help you make a cost-effective, quality-driven choice for your business.
Important Notice: While we supply Intorq products, "Parmex Automatización" SRL is not an authorized distributor. All rights are reserved by the manufacturers and their official partners.
Complete stator
Complete stator
Magnet part
Complete stator
Brake magnet
brake
Spring brake
brake
Magnetic part
Electronic brake rectifier
13046388 BREMSENELEKTRONIKGLEICHRICHTER TYP BEG-142-270
Brakes Electronics Rectifiers Type BEG-142-270 Execution bridge rectifier Connection 4-pole design standing Max. Supply voltage 270 V AC Max. Continuous Current 1 A at 60 ° Commodity code 85044082
rectifier
Brake electronic rectifier
Brake electronic rectifier
Bremsenelektronikgleichrichter
Brakes
Package small orders Weight 0,001 KG
Graft magnet
Induced 1 per brake
Bore diameter 15 mm tolerance H7 according to DIN 6885/1-P9
Complete stator with rotor
Magnetic part
Clutch/brake combination