We are occupied with offering a complete scope of Dwyer Series 3000MR/3000MRS to the clients. Our clients can profit these items in various details from us.
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Utilizing strong state innovation, the Series 3000MR/3000MRS Photohelic Switch/Gages join the elements of an exact, exceptionally repeatable differential strain switch with an enormous simple to-peruse simple tension gage utilizing the sturdy, established Magnehelic gage plan.
Series 3000MR/3000MRS Photohelic Switch/Gage
Joins Differential Pressure Gage with Low/High Set-Points, Compact Size
Switch setting is not difficult to change with enormous outer handles on the gage face. Gage perusing is unaffected by switch activity – will show precisely regardless of whether power is interfered. Strong state configuration presently brings about significantly diminished size and weight. Units can be flush mounted or surface mounted with equipment provided. 3000MR models utilize adaptable electromechanical transfers with gold over silver contacts – ideal for dry circuits. For applications requiring high cycle rates, pick 3000MRS models with SPST (N.O.) strong state transfers. All models give both low and high breaking point control and incorporate 18-inch (45 cm) link gatherings for electrical associations.
Viable with air and other non-ignitable, non-destructive gases, they can be utilized in frameworks with tensions to 25 psig (1.725 bar). Discretionary development is accessible for use to either 35 psig (2.42 bar) or 80 psig (5.51 bar).
Included Accessories: mounting ring, snap ring; 18″ (45 cm) link get together; (2) 3/16″ tubing to 1/8″ NPT connectors; (2) 1/8″ NPT pipe plugs; (4) 6-32 x 1-1/4″ RH machine screws (board mounting); and (3) 6-32 x 5/16″ RH machine screws (surface mounting).
Product Applications :
* Pneumatic Conveying
* Air Conditioning Systems
* Clean Rooms
Features :
* Gage reading unaffected by switch operation and will continue to read pressure even during power loss
* Zero and range adjustments outside of gage means no disassembly in normal service
* Solid-state design allows for switching in high cycle rate applications without degradation