R28-11A10-120M
NTE Electronics, Inc

NTE Electronics, Inc
RELAY TIME DELAY 10A 120V
$104.14
Available to order
Reference Price (USD)
1+
$104.14000
500+
$103.0986
1000+
$102.0572
1500+
$101.0158
2000+
$99.9744
2500+
$98.933
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
DHL / Fedex / UPS | 2-5 days |
TNT | 2-6 days |
EMS | 3-7 days |
NTE Electronics, Inc R28-11A10-120M is available at inksontech.com. We only sale New&Original Part and offer 1 year warranty time. If you would like to know more about the products or apply more better price, please send a quote to us or contact us by email.
Experience hassle-free transactions with our flexible payment options and credit facilities. Learn more about the various payment methods accepted, installment plans, and any exclusive credit offers available to make your shopping experience seamless.
Product details
The R28-11A10-120M from NTE Electronics, Inc is a high-quality time delay relay built for industrial automation excellence. This relay ensures accurate and repeatable timing functions, crucial for process control. Its intuitive interface allows for quick setup and adjustments. The R28-11A10-120M features a high switching capacity, handling various load types with ease. It also includes built-in protection against voltage spikes and surges. Industries such as textiles, plastics, and mining benefit from its capabilities. Textile machines use it for loom timing. Plastic injection molding relies on it for cycle control. Mining equipment employs it for conveyor belt synchronization. The R28-11A10-120M is a dependable solution for all these applications. Get yours today by submitting an inquiry or visiting our online store.
General specs
- Product Status: Active
- Mounting Type: -
- Relay Type: Mechanical Relay
- Function: On-Delay
- Circuit: DPDT (2 Form C)
- Delay Time: -
- Contact Rating @ Voltage: 10A @ 120VAC/30VDC
- Voltage - Supply: 120VAC
- Termination Style: Plug In, 8 Pin (Octal)
- Timing Adjustment Method: -
- Timing Initiate Method: -