Delivery Time:2~4weeks
Certification:CSA Explosion-proof FM Explosion-proof, Dust Ignition-proof ATEX Flame-proof

Rosemount 2130 Liquid Level Switch for High and low level alarms

Quick Detail:

· Operating temp: -94 to 500°F (-70 to 260°C)

· Electronic self-checking and condition monitoring

· Increased safety and proven FMEDA

· Adjustable switching delay

· “Fast drip” fork design

· Rapid wet-to-dry time

· No moving parts or crevices

· Requires minimum installation

Description:

The Rosemount 2130 Level Switch is designed using the principle of a tuning fork. A piezo-electric crystal oscillates the forks at their natural frequency. Changes to this frequency are continuously monitored. The frequency of the vibrating fork sensor changes depending on the medium in which it is immersed. The denser the liquid, the lower the frequency.

When used as a low level alarm, the liquid in the tank or pipe drains down past the fork, causing a change of natural frequency that is detected by the electronics and switches the output state.

When the 2130 is used as a high level alarm, the liquid rises in the tank or pipe, making contact with the fork which then causes the output state to switch.

Additional features:

· Virtually unaffected by turbulence, foam, vibration, solids content, coating products, and liquid properties

· The mid-range temperature 2130 is designed for operation in process temperatures from –40 to 356 °F (–40 to 180 °C)

· The extreme temperature 2130 is designed for operation in process temperatures from –94 to 500 °F (–70 to 260 °C). It has astainless steel thermal tube to move the electronics away fromthe process

· Electronic self-checking and condition monitoring. The ‘heartbeat\' LED gives status and health information on the 2130

· Adjustable switching delay prevents false switching in turbulent or splashing applications

· ‘Fast Drip\' fork design gives quicker response time when mounted horizontally, especially with viscous liquids

· Rapid wet-to-dry time for highly responsive switching

· Fork shape is optimized for hand polishing to meet hygienic requirements

Applications:

Applications include:

· Overfill protection

· High and low level alarms

· Pump control or limit detection

· Run dry or pump protection

· Hygienic applications

· High temperature applications

· Wireless applications

Specifications:

Key Specification
Approvals
Certification	Explosion-proof, Intrinsically Safe and Ordinary Location
Construction
Housing	Stainless steel or Aluminum
Wetted Material	316L stainless steel (1.4404), or Corrosion resistant nickel alloy C
IP Rating	IP66 ⁄ 67
Connections
Process Connection	Threaded, flanged, or hygienic
Electrical
Electrical Connection	Terminal block
Output	Direct load switching (ac or dc)
DPDT Relay output
PNP for Programmable Logic Controllers
NAMUR, or
8/16 mA
Self-check, condition monitoring	Yes
Operating Conditions
Process Temperature	-94 to 500 °F (-70 to 260 °C)
Process Pressure	1450 psi at 122 °F (100 barg at 50 °C)
Note: 1. Extended lengths are available. 2. Suitable for use with Rosemount 702 for Wireless applications

Competitive Advantage:

The Rosemount 2130 can withstand liquid temperatures from -94 to 500 °F (-70 to 260 °C) and process pressures to 1450 psig (100 barg).

Function is virtually unaffected by flow, bubbles, turbulence, foam, vibration, solids content, coating products, liquid properties, and product variations No need for calibration and requires only a minimum amount of installation Easy terminal access, and safe and easy hook-up with electrical protection features No moving parts or crevices means virtually no maintenance Advanced electronic instrument health and self-checking of the fork and sensor Visible Heartbeat LED shows device status and health Adjustable Switching Delay for turbulent or splashing applications Local Magnetic Test Point makes functional test easy Short fork for minimized protrusion into pipework Extended lengths up to 157.5-in. (4 m) “Fast Drip” Fork Design gives quicker response time General area, Explosion-proof/Flameproof and Intrinsi