Coriolis-Mass Flow Meter, 0-300/0-3000 kg/h, DN15

Coriolis-Mass Flow Meter
Brand: Heinrichs - Kobold
Model code Sensor : TM-S34-305B0450-E0R1-0-0-0
Model code Transmitter : UMC4-B12A00K
Process conditions:
Flow rate [l/min] : 10 - 20
Fluid : mineral oil
Density [kg/m3] : 850
Viscosity [cP] : max. 51
Fluid temperature [°C] : 25
Line pressure [bar g] : 0,98
Flow direction : right to left

Sensor Information:
Wetted parts: 1.4571 (316Ti)
Range min/max: 0-300/0-3000 kg/h
Process connection: DN15 PN40 Form B1 DIN/EN1092
Installation length: 450 mm
Pressure rating: 40 bar
Secondary Containment: stainless steel
Pressure rating sec. containment: 0 bar
Ingress protection Sensor: IP65 (EN60529)
Heating/cooling: without
Connection for heating/cooling : without
Sensor configuration: Integral mount
Temperature service rating: -20 to 100°C
Sensor cable connection : -
Approval: without
Calibration flow: 3-point
Calibration density: 3-point

Transmitter:
Type : UMC4
Mounting : Integral mount
Connection to sensor cable : -
Conduit port opening : M20x1,5
Display/Interface board : Integral within transmitter housing
Power supply : 19-36 VDC; 24V AC, 50/60 Hz
Analog output 1: 4-20 mA with HART®-protocol
                         mass flow, temperature
                         volume flow, density
Analog output 2 : 4-20 mA
                          mass flow, temperature
                          volume flow, density
Pulse output 1 : ...Imp/kg /passive
Status output 2 : passive
                         forward and backward flow
                         alarm
                         MIN/MAX flow
                         MIN/MAX density
                         MIN/MAX temperature
Approval : without
Type of protection Signal output: without
Ambient temperature : -20 to +60°C
Ingress protection transmitter : IP66 (EN60529)

Performance Characteristics:
Accuracy : ± 0,1% of actual flow
                 ± zero-point-stability
Repeatability : ± 0,05% of actual flow
Pressure loss : 0,47 bar at mass flow 1020kg/h

Supplementary Equipment : without