2671R25WD11A1CN

Honeywell Alerton 2671R25WD11A1CN — 267 Low Differential Pressure Transducers are designed with baffles to prevent velocity pressure errors which saves money and reduces time on the job site. PartnerPLC sources new, surplus and discontinued Honeywell parts — request a quote for price, condition and lead time.

267 Low Differential Pressure Transducers are the most rugged high accuracy, low differential pressure transducer and it offers many mechanical and electrical options that can be integrated into existing designs. The 267 is offered with an optional LCD display and a standard accuracy of ±0.5% making it ideal for high accuracy Pharmaceutical applications. It delivers accuracies of ±1% FS (without display), ±0.5% FS (with display), and optional ±0.25% FS and ±0.4% FS accuracies, and pressure ranges from 0.1” W.C. up to 100” W.C. The 267 is housed in a robust, NEMA 4 rated enclosure and has an optional static pressure probe reducing installation and material costs The optional 0.25” diameter pressure probe is made of sturdy extruded aluminium. The core technology of the 267 is the all stainless steel capacitive sensing element. Setra designs and manufactures all of their sensing elements resulting in full control over the process and quality of every single sensor. The welded dead-ended capacitive sensors requires minimal amplification and delivers excellent accuracy and long-term stability Features & Benefits: Optional 3.5 Digit LCD Display w/ 0.5% FS Accuracy NEMA 4 Rated Housing Optional Static Pressure Probe PG-9, PG-13 or Conduit Electrical Termination 24 VAC or 24 VDC Excitation Suitable for Harsh Environments Optional LCD Display ±0.25%, 0.4%, 0.5%, 1% FS AccuracyCertifications: CE RoHS Honeywell Alerton 2671R25WD11A1CN — 267 Low Differential Pressure Transducers are designed with baffles to prevent velocity pressure errors which saves money and reduces time on the job site. PartnerPLC sources new, surplus and discontinued Honeywell parts — request a quote for price, condition and lead time.