DATA SHEET Level Transmitter Intrinsically-Safe Two-Wire Design Two-Wire design eliminates need for line power at the field transmitter and saves on costs for associated hardware. The units can be made intrinsically safe when powered from an approved source. Rugged Construction No moving parts to deteriorate or break down. No routine cleaning or recalibration necessary. Rugged construction resists corrosion and abrasion. No Calibration Shifts No calibration shifts due to changes in temperature or material densities. Cote-Shield™ circuitry ensures dependable measurements regardless of coatings on the sensing element or build-up on the vessel wall. Proven Performance Based on technology that has been used successfully at major plants for over a decade. AMETEK Drexelbrook’s Universal II Continuous Level Transmitter provides dependable level measurements in all kinds of process liquids, slurries, granulars, and interfaces. The Universal II Continuous Level Transmitter offers increased reliability, low maintenance and intrinsically safe design. Field-proven RF technology ensures dependable level measurements in a wide range of conductivities, regardless of coatings or product build-up on the sensor . Calibration is not affected by variations in material densities or changes in temperature. The Two-Wire, DC-Powered, Electronics can be remotely mounted up to 100 feet from the sensing element, or integrally mounted with the sensing element. All transmitters and signal wires are intrinsically safe when used with an approved power supply. With the most comprehensive line of standard sensing elements in the industry, each system is configured to meet the specifications of your particular application. AMETEK’ DREXELBROOK www.Drexelbrook.com

Output 4-20 mAdc Supply Voltage 11.5 - 50 Vdc at transmitter Maximum Load Resistance Vs (power supply) -11.5 .02 (i.e. max 625 ohms@ 24 Vdc) Supply Voltage Error ± 0.2% maximum of full scale from 11.5 to 50 Vdc Accuracy ± 1% nominal Ambient Temperature Limits -40°F to 170°F (-40°C to 77°C) Allowable Static Discharge to Sensor 10 amps maximum 100 amps with optional protection circuit Sensing Element Connection %-inch NPT (standard) Flange mounting (optional) Electronic Housing: Meets NEMA 1-5 and 12 including NEMA 4X. Suitable for Class I, Groups A, B, C, D; Class II, Groups E, F & G; Class III;...