Category: Level Instruments

Manufacturer: Mercoid

Mercoid SBLT2 and SBLTX Level Transmitters

product id: 104868

Category: Level Instruments

Manufacturer: Mercoid

InstruHub is a leading supplier and reseller of Mercoid Level Instruments in Turkmenistan, and we ship to all major cities such as Ashgabat

Features

Excellent chemical compatibility
Lightning and surge protection on SBLT2 models
Maintenance free vent filter
Slim design for tight applications
±0.25% of FS for 5psi and up
- ±1% of FS for 3psi
Temperature Limit:
- SBLT2: 0 to 150°F (-18 to 66°C)
- SBLTX: 0 to 176°F (-18 to 80°C)
Thermal Effect: ±0.02% full scale/°F
Pressure Limit: 2X full scale
Power Requirement:
- SBLT2: 13 to 30 VDC
- SBLTX: 10 to 28 VDC
Output Signal: 4 to 20 mA DC, 2-wire.
Mounting Orientation: Suspended in tank below level being measured.
Agency Approvals:
- SBLT2: None
- SBLTX: CE, cUL, UL intrinsically safe for Class I, Div. 1, Groups A, B, C, D; Class II, Div. 1, Groups E, F, G; Class III Div. 1

Mercoid SBLT2 and SBLTX submersible level transmitters are manufactured for years of trouble free service in the harshest applications. Both measure the height of liquid above the position in the tank referenced to atmospheric pressure. The transmitter consists of a piezoresistive sensing element, encased in a 316 SS housing. Bullet nose design protects the diaphragm from damage.

The Mercoid SBLT2 incorporates lightning and surge protection utilizing dual arrestor technology, grounded to case, eliminating both power supply surges and lightning ground strike transients (surge protection is not guaranteed and is not covered by warranty). The Mercoid SBLTX is UL approved intrinsically safe for use in hazardous locations when used with proper barrier.

Units come equipped with a 270-pound tensile strength shielded and vented cable. Ventilation tube in the cable automatically compensates for changes in atmospheric pressure above the tank. The vent is protected with a maintenance free filter eliminating particulate or water droplets from entering the transducer.