About KRACHT SVC Series Screw Type Flow Meter
|
Application Media
|
Oil Application
|
|
Usage/Application
|
Industrial
|
|
Display Type
|
LED and LCD
|
|
Model
|
SVC Series
|
|
Brand
|
KRACHT GmBH Germany
|
|
Flow range
|
0.4 to 3750 LPM
|
|
Application
|
Industrial, Laboratory
|
|
Power Supply
|
24 VDC
|
|
Display
|
Remote
|
|
Operating Temperature
|
upto 220 oC
|
|
Operating Pressure
|
250 Bar
|
|
Communication
|
RS 485
|
|
Line Size
|
upto 4 Inch
|
|
Accuracy (%)
|
0.1% of the reading
|
|
Connection End
|
Theard / Flange
|
|
Viscosity
|
100000 cST
|
|
Temperature (oC)
|
220 oC
|
|
Portable
|
Yes
|
|
Output Current (mA)
|
pulse and 4-20 mA
|
|
Protection Class
|
IP 68
|
|
Condition
|
New
|
Technical Data - General characteristics:
- Nominal sizes 4 - 10 - 40 - 100 - 250
- Type of connection Pipe connection (R), SAE fl ange (S), DIN fl ange (D)
- Mounting position any
- Flow direction any
- Preferred direction of fl ow (only for encoder versions)
- Large bearing > small bearing
- Typical measurement accuracy +/- 0.2% from 20 mm2/s viscosity values
- Maximum pressure (standard versions) SVC 10 250 bar SVC 40 250 bar SVC 100 140 bar SVC 250 40 bar
- Maximal pressure (high-pressure versions) SVC 4 480 bar SVC 10 480 bar SVC 40 480 bar
- Maximum permissible pressure loss temporary 25 bar
- Permanent 7 bar (at 50% of max. flow rate)
- SVC 100 (ATEX version) 10 bar
- Ambient temperature -40 to 150oC
- Media temperature -40 to 210oC
- Viscosity : 2 500 000 mm2/s (depending on fl ow)
- Sound pressure level : 52 dB(A)
Additional Information:
- Item Code: SVC10
- Port of Dispatch: Mumbai
- Delivery Time: 6 to 8 Weeks
Accurate and Versatile Flow MeasurementThe SVC Series Screw Type Flow Meter delivers accurate flow readings essential for process optimization in industrial settings. Its availability in multiple sizes and choice of display typeanalog or digitalempowers users to select the ideal configuration for their specific operational needs.
Reliable Construction for Industrial DemandsManufactured with stainless steel or plastic, the SVC Series withstands demanding environments, offering longevity and resistance to corrosion. These properties make it suitable for a wide range of industries across India, ensuring consistent performance under varying operational conditions.
FAQs of KRACHT SVC Series Screw Type Flow Meter:
Q: How does the KRACHT SVC Series Screw Type Flow Meter function in industrial settings?
A: The SVC Series Flow Meter uses screw-type technology to precisely measure fluid flow within pipelines. Its analog and digital display options allow operators to monitor real-time flow data, facilitating process control in diverse industrial environments.
Q: What are the key benefits of choosing the SVC Series for flow measuring applications?
A: The key benefits include high measurement accuracy, versatile display options, robust construction using stainless steel or plastic, suitable for demanding industrial use, and availability in various sizes to match pipeline requirements.
Q: When is the SVC Series Flow Meter optimal for use?
A: The SVC Series is optimal for industrial applications where precise flow measurement, durability, and flexibility in size or display format are requiredsuch as in manufacturing, utilities, or process plants.
Q: Where can KRACHT SVC Series Flow Meters be sourced in India?
A: These flow meters are available through authorized distributors, manufacturers, suppliers, and traders across India, ensuring easy accessibility and support for installation and maintenance.
Q: What is the process for installing the SVC Series Flow Meter?
A: Installation involves selecting the appropriate size for your pipeline, mounting the flow meter as per manufacturer guidelines, connecting to an electrical supply, and configuring the desired display type for monitoring.
Q: How is the meters material choicestainless steel or plasticbeneficial?
A: Stainless steel offers high resistance to corrosion and long-term durability, ideal for harsh environments, while plastic provides lighter weight and cost-effectiveness, suited to less aggressive conditions.