Rosemounte Temperature Transmitter 848T 148 248 2240S 3144PD 644 Rosemounte PT100 4-20ma Wireless Temperature Transmitter Sensor
Raydafon's Rosemounte Temperature Transmitter 848T 148 248 2240S 3144PD 644 offers reliable PT100 4-20mA wireless sensing for industrial applications, ensuring precise temperature monitoring with advanced technology. Ideal for engineers and professionals in harsh environments, it enhances efficiency and safety, standing out with its durability and seamless integration. Experience peace of mind and improved operations—invest in quality today.
The Rosemount 248 Wireless Temperature Transmitter is a cost-effective and reliable wireless solution for process monitoring. Coupled with the self-organizing network of WirelessHART® technology, this transmitter delivers single point temperature measurement data, even in remote locations. The internal antenna of this wireless transmitter is compact and lightweight and the engineered polymer housing provides superior resistance to process environments.
Features * WirelessHART® technology is secure, cost-effective and delivers >99% data reliability * Designed with an internal antenna for a compact and lightweight design * Durable polymer housing offers superior resistance to process environments * LCD displays process variables, units, percent of range and diagnostics for increased process visibility * SmartPower™ module provides up to 10-year maintenance-free operation and field replacement without transmitter removal * Easy installation enables quick instrumentation of measurement points without the cost of wiring * Device dashboards provide easy interface for simplified device configuration and diagnostic troubleshooting
Specification
Type
New and orginal
Input
Single sensor capability with universal sensor inputs (RTD, T/C, mV, ohms)
Output Signal
WirelessHART® protocol
Housing
Field mount
Display/Interface
Large LCD display
Diagnostics
Basic diagnostics including open/short sensor diagnostics
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.
Privacy Policy