The ebro CK-M piping flow control throttle valve is a flow throttling device designed specifically for low-pressure piping systems. The valve covers nominal diameters of DN 65 - DN 250 and features a lightweight aluminum body combined with a stainless steel disc and shaft, with a maximum working pressure of 3 bar. Its unique retaining ring groove connection for piping systems enables quick removal and easy installation, while the EN ISO 5211 top flange facilitates matching with various actuators. It is suitable for piping flow control applications with a maximum pressure of up to 3 bar and frequent disassembly requirements.
Product image of the CK-M flow control throttle valve for piping systems
EBRO
CK-M Flow Control Throttle Valve for Piping Systems | EBRO
Product code: CK-M
A flow throttle valve for low-pressure piping systems with retaining ring groove connection, offering quick installation and removal and maintenance-free operation.
- Category
- Butterfly Valves
- Working temperature range
- -10°C to +130°C; optional +220°C, depending on pressure, medium and actuator
- Maximum working pressure
- Max. 3 bar
Specifications
- Nominal diameter
- DN 65 - DN 250
- Working temperature range
- -10°C to +130°C; optional +220°C, depending on pressure, medium and actuator
- Maximum working pressure
- Max. 3 bar
- Connection type
- Piping system - retaining ring groove
- Face-to-face standard
- EBRO factory standard
- Top flange standard
- EN ISO 5211
- Body material
- Aluminum
- Disc material
- 1.4301
- Shaft material
- 1.4401; 1.4571, other materials on request
Application scenarios
Low-pressure piping flow control
For flow throttling in piping systems with a maximum working pressure of up to 3 bar, using a retaining ring groove connection, suitable for operating conditions matching the product's nominal diameter and working temperature range.
Selection points
Retaining ring groove connection with easy disassembly
The body is suitable for retaining ring groove connections in piping systems and features an interconnection function for clamp ring connections; the product documentation explicitly supports quick and easy removal.
Maximum 3 bar low-pressure operating limit
The maximum working pressure of this throttle valve is 3 bar; selection should be evaluated under pressure conditions not exceeding 3 bar.
Aluminum body with stainless steel internals
The body is made of aluminum, the disc is 1.4301, and the shaft can be 1.4401 or 1.4571.
EN ISO 5211 top flange interface
The top flange complies with EN ISO 5211 and can be used as a selection criterion for actuator interface matching.
FAQ
What pipe diameters and pressure conditions is the EBRO CK-M throttle valve suitable for?
The CK-M covers a nominal diameter range of DN 65 to DN 250 with a maximum working pressure of 3 bar. When selecting the valve, confirm that the actual pipe size, medium, working pressure and temperature fall within the valve's applicable range.
What connection type does the CK-M throttle valve use, and what are its installation characteristics?
The CK-M uses a retaining ring groove connection for piping systems, with an interconnection function on the body for clamp ring connections. This design allows convenient and quick removal, making it suitable for applications requiring frequent pipeline disassembly and assembly.
What is the working temperature range of the CK-M?
The standard working temperature range of the CK-M is -10°C to +130°C; operation at up to +220°C is available as an option. The actual usable temperature depends on the working pressure, medium and actuator configuration, and should be confirmed for the specific operating conditions.
What are the main material configurations of the CK-M?
The CK-M body is made of aluminum, the disc is 1.4301 stainless steel, and the shaft can be 1.4401 or 1.4571; other shaft materials are available on request. The clearance between the body and the disc is 0.1 mm to 0.5 mm, depending on the application.
Is the CK-M easy to maintain, and can it be fitted with an actuator?
The CK-M features a center-mounted disc design, with product characteristics including low operating consumption, quick and easy removal, and maintenance-free operation. Its top flange complies with EN ISO 5211 and serves as an actuator mounting interface; actuator selection should be confirmed based on the medium, pressure, temperature and actual control requirements.