Single Channel Point Level Switch - Model LS 51SC
VERSA-SWITCH®
Mail Featue
- Thermal point level switch for the detection of level in all vessels.
- Wide operating temperature range -100° F to +850° F (-70° C to +458° C).
- Switch on level change of .03 inch without concern for changing temperature, density, dielectric constant or chemical composition.
- Removable, plug in electronics.
- Free of all moving parts that can stick coat or fail.
- Fast response time of .1 to 1 second on wetting, media dependent.
- Self heating sensor design improves repeatability. No separate heater to fail or slow response time.
- Two Year Workmanship Warranty.
Specification
Sensor
- Type: Thermal Differential, Dual RTD Sensors
- Process Connection : Standard 0.75 inch MNPT Optionally 0.5 inch and larger MNPT and various other process connections such as sanitary and flanges
- Insertion Length: Standard 2.0 inch
Optionally 0.5inch or greater up to a length of 30 feet
- Operating Temperature Range:
Standard -100° F to 390?F (-70° C to +200° C)
Medium Temperature to +572° F (+300° C)
High Temperature to +850° F (+458° C )
- Materials of Construction:
Standard 316 Series Stainless Steel
Optionally Hastelloy, Monel, Inconel and other exotic materials
- Operating Pressure Range: Standard to 3000 psia (207 bar)
Electronics
- Power: Standard Field selectable 110VAC, 220VAC, or 24VDC at 3 watts (No heater power required)
- Operating Temperature Range:
Standard -40°F to +140°F (-40° C to +60° C )
Optionally Remote electronics for use in medium and high temperature environments
- Outputs: Independent relay DPDT, contacts rated at 5 amp, 250VAC with fail safe capability.
- Self-Test: Integral and automatic during power up.
- Enclosure: Explosion proof; NEMA 3, 4, 7, and 9; CSA, FM, UL,CENELEC, and EECS approved
Instrument
- Response Time: Sensor response time 0.1 to 1 second on wetting, media dependent.
- Response to level Change: Will respond to a level change as small as .03 inch.
- Approvals: FM and CSA approved as a complete operating unit.
Model Selection Guide