Split Type Electromagnetic Flow Meter : TLFM-GS

Nominal diameter

15~2000 mm

Velocity range

0~10 m/s

Accuracy

±0.5%R, ±1%R (

Medium conductivity

≥5 uS/cm, Actual conductivity≥30 uS/cm

Nominal pressure

1.0~4.0 MPa

Environment temperature

LCD Display: -10°C~55°C

OLED Display: -30°C~55°C

Medium temperature (Lining)

CR: 0~80°C

PTFE: 0~120°C

FEP: 0~120°C

PFA: -10~180°C

FVMQ: 70~250°C

PU: -20~60°C

Output signal

4~20 mA / RS485, Support standard Modbus-RTU protocol

Cable entry

Standard Waterproof Gland, Optional Explosion-proof Gland

Supply voltage

110/220 VAC (100~240 VAC), 50 Hz/60 Hz; 24 VDC

Electrode material (Signal & Grounding)

Stainless Steel 316 L, Hastelloy C, Hastelloy B, Titanium, Tantalum, Platinum

Housing material

DN15-DN450: Stainless Steel 321

Other sizes: Standard Carbon Steel and Stainless Steel (Customizable)

Connecting cable length (Separate body-type)

10 m standard, optional 1~300 m

Tips

Sensor Installation

The flow sensor is installed inline with the pipeline using flange or insertion connections.

Transmitter Installation

The transmitter is mounted separately (typically on a wall, panel, or pipe stand) at a convenient distance from the sensor.

Electrical Interconnection

A dedicated multi-core (often shielded) cable connects the sensor to the transmitter. Proper routing and EMI protection are required to ensure signal integrity.

Installation Complexity

Installation is slightly more involved compared to integrated models, as it requires mounting and wiring of both sensor and transmitter components.