Turbine flow meter SCFT / SensoControl | Product Series

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Turbine flow meter SCFT / SensoControl

Turbine flow meter SCFT / SensoControl

Where to Buy

Flow measurement with low flow resistance. Combined p, T and Q measurement possible with additional sensors.

Technical Specifications

  • Division: High Pressure Connectors Europe Division
  • Product Type: Flow meter analogue, Flow meter CAN, Flow meter
  • Operating Temperature: -10...+50 °C
  • Maximum Fluid Temperature: +90 °C, +80 °C
  • Minimum Fluid Temperature: -20 °C
  • Specifications Met: CE
  • For Fluid Type: Oil based hydraulic fluids
  • Weight: 650 g, 750 g, 1200 g, 1800 g, 2100 g, 700 g, 1600 g, 1700 g, 2700 g, 5000 g
  • Height: 108 mm , 121 mm, 125 mm, 140 mm, 143 mm, 105 mm, 118 mm, 119 mm, 137 mm, 141 mm, 115 mm, 130 mm, 134 mm, 149 mm, 152 mm
  • Length: 136 mm , 190 mm , 212 mm, 136 mm, 190 mm
  • Width: 37 mm, 62 mm, 100 mm
  • Accuracy: ± 1 % FS, ± 1 % IR
Safety Warning

Full Product Description

Flow measurement with low flow resistance. Combined p, T and Q measurement possible with additional sensors.

Function

A turbine wheel is driven by the oil flow. The frequencies thus produced are processed by digital electronics. The influence of turbulent flow effects is compensated for. Because of the low flow resistance QR the hydraulic circuit operates with very low losses. For pressure measurement, the turbine is equipped with an EMA-3 quick-connector. Oil temperatures can be measured directly in the oil flow in the turbine flow meter. Consequently all the important measurement parameters are available at one measuring location.

Features / Advantages:
• 6 measuring ranges of up to 750 l/min
• Easy installation
• High-pressure resistant up to 480 bar
• Low flow resistance
• Built-in pressure and temperature measurement connections
• Suitable for reverse-mode operation

Markets:
• Mobile and industrial hydraulics

Applications:
• Mobile diagnostic
• p-Q measurement
• Hydraulic tests with load valve

Related Documents

Literature and Reference Materials
Manual SCFT-CAN
Contact & Support Information
Feedback Form
Compliance, Certifications & Safety
TÜV ISO_9001_OPS_WBL_0224_EN
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Products Flow Rates Operating Pressure Product Style Calibration Type Port Size Port Type
K-SCFT-015-02-02 1…015 l/min 350 bar Analogoue Turbine Factory calibration according to ISO 9001 1/2“ BSPP BSPP
K-SCFT-015-22-07 1...15 l/min 350 bar Turbine Factory calibration according to ISO 9001 G1/2 BSPP BSPP
K-SCFT-060-02-02 3…060 l/min 350 bar Analogoue Turbine Factory calibration according to ISO 9001 3/4“ BSPP BSPP
K-SCFT-060-22-07 3...60 l/min 350 bar Turbine Factory calibration according to ISO 9001 G3/4 BSPP BSPP
K-SCFT-150-02-02 5...150 l/min 350 bar Analogoue Turbine Factory calibration according to ISO 9001 3/4“ BSPP BSPP
K-SCFT-150-22-07 5...150 l/min 350 bar Turbine Factory calibration according to ISO 9001 G3/4 BSPP BSPP
K-SCFT-300-02-02 8...300 l/min 350 bar Analogoue Turbine Factory calibration according to ISO 9001 1“ BSPP BSPP
K-SCFT-300-22-07 8...300 l/min 350 bar Turbine Factory calibration according to ISO 9001 G1 BSPP BSPP
K-SCFT-600-02-02 15...600 l/min 290 bar Analogoue Turbine Factory calibration according to ISO 9001 1-1/4“ BSPP BSPP
K-SCFT-600-22-07 15...600 l/min 290 bar Turbine Factory calibration according to ISO 9001 G1 1/4 BSPP BSPP
K-SCFT-750-02-02 20...750 l/min 400 bar Analogoue Turbine Factory calibration according to ISO 9001 1-7/8“ UNF UNF
K-SCFT-800-22-07 20...800 l/min 400 bar Turbine Factory calibration according to ISO 9001 G1 7/8 UNF UNF
K-SCFTT-015-C2-05 1…015 l/min 350 bar CAN Turbine Factory calibration according to ISO 9001 1/2“ BSPP BSPP
K-SCFTT-060-C2-05 3…060 l/min 350 bar CAN Turbine Factory calibration according to ISO 9001 3/4“ BSPP BSPP
K-SCFTT-150-C2-05 5...150 l/min 350 bar CAN Turbine Factory calibration according to ISO 9001 3/4“ BSPP BSPP
K-SCFTT-300-C2-05 8...300 l/min 350 bar CAN Turbine Factory calibration according to ISO 9001 1“ BSPP BSPP
K-SCFTT-600-C2-05 15...600 l/min 290 bar CAN Turbine Factory calibration according to ISO 9001 1-1/4“ BSPP BSPP
K-SCFTT-750-C2-05 20...750 l/min 400 bar CAN Turbine Factory calibration according to ISO 9001 1-7/8“ UNF UNF
SCFT-015-02-02 1…015 l/min 350 bar Analogoue Turbine None 1/2“ BSPP BSPP
SCFT-015-22-07 1...15 l/min 350 bar Turbine None G1/2 BSPP BSPP
SCFT-060-02-02 3…060 l/min 350 bar Analogoue Turbine None 3/4“ BSPP BSPP
SCFT-060-22-07 3...60 l/min 350 bar Turbine None G3/4 BSPP BSPP
SCFT-150-02-02 5...150 l/min 350 bar Analogoue Turbine None 3/4“ BSPP BSPP
SCFT-150-22-07 5...150 l/min 350 bar Turbine None G3/4 BSPP BSPP
SCFT-300-02-02 8...300 l/min 350 bar Analogoue Turbine None 1“ BSPP BSPP
SCFT-300-22-07 8...300 l/min 350 bar Turbine None G1 BSPP BSPP
SCFT-600-02-02 15...600 l/min 290 bar Analogoue Turbine None 1-1/4“ BSPP BSPP
SCFT-600-22-07 15...600 l/min 290 bar Turbine None G1 1/4 BSPP BSPP
SCFT-750-02-02 20...750 l/min 400 bar Analogoue Turbine None 1-7/8“ UNF UNF
SCFT-800-22-07 20...800 l/min 400 bar Turbine None G1 7/8 UNF UNF
SCFTT-015-C2-05 1…015 l/min 350 bar CAN Turbine None 1/2“ BSPP BSPP
SCFTT-060-C2-05 3…060 l/min 350 bar CAN Turbine None 3/4“ BSPP BSPP
SCFTT-150-C2-05 5...150 l/min 350 bar CAN Turbine None 3/4“ BSPP BSPP
SCFTT-300-C2-05 8...300 l/min 350 bar CAN Turbine None 1“ BSPP BSPP
SCFTT-600-C2-05 15...600 l/min 290 bar CAN Turbine None 1-1/4“ BSPP BSPP
SCFTT-750-C2-05 20...750 l/min 400 bar CAN Turbine None 1-7/8“ UNF UNF
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