$0.00
Last items in stock
- There are no more items in your cart
- Shipping
- Total $0.00
- PAC
- PLCs
- HMI
- Motors & Drives
- Sensors & Transducers
- Switches & Relays
- Motion Control
- Power Supplies
- Connectivity
- Instrumentation
- Pneumatic Automation
- Hydraulic Automation
- Safety Devices
- Maintenance & Repair
- Accessories
- Laboratory, Industrial and Testing Equipment
- Networks
- New Entries
- Pending Brand
- Electronic Boards for Spare Parts
- Packaging - Labeling & Printing
-
stripe
TELEDYNE FARRIS 1856M-OL
The Teledyne Farris 1856M-OL is a safety relief valve designed to protect equipment and systems from overpressure conditions.
Security policy
We offer many payment options to make your purchasing experience secure, easy and flexible.
Delivery policy
In-stock products: Same day shipping Mon. through Fri. by 6:00 pm EST.
Return policy
90-days money back guarantee
Description
Teledyne Farris Engineering has a longstanding reputation for producing high-quality pressure relief valves, with over 70 years of proven performance in providing automatic and positive protection against overpressure in various industrial applications.
Product Details
1856M-OL
1 Item
New
Data sheet
- Condition
- New
16 other products in the same category:
$40.00
Last items in stock
$140.00
Last items in stock
Reference: 00090003
Brand: Siemens
Siemens Product 6AV6 647-0AK11-3AX0
The Siemens Product 6AV6 647-0AK11-3AX0 is a high-performance HMI panel with a 15-inch multi-touch display, robust design, powerful processor, and multiple communication ports for industrial automation applications.
$280.00
Last items in stock
$200.00
Last items in stock
$35.00
In stock
$175.00
Last items in stock
$25.00
Last items in stock
$200.00
Last items in stock
$70.00
Last items in stock
$80.00
Last items in stock
$25.00
Last items in stock
$40.00
Last items in stock
$300.00
Last items in stock
$109.99
Last items in stock
$50.00
Last items in stock
The Teledyne Farris 1856M-OL is a safety relief valve designed to protect equipment and systems from overpressure conditions.