|
|
General description :
System of pressure regulators M 30 RC have been designed for direct dosage of gaseous chlorine under pressure, e. g. for open swimmingpools and tanks at locations where it is not possible to provide an auxiliary power supply. The capacities of the device vary from 0 - 2000 g/h, functioning on the principle of pressure in the chlorine cylinder with manual dosage adjustment.
|
|
|
The pressure reducer is used for single-stage pressure reduction of compressed air and other neutral gases.
|
|
The In-Line pre-set regulator must be mounted directly on the pneumatic tool or system in order to ensure correct pressure, so that possible pressure drops in hoses, tubes etc., do not influence the pressure on the tool or system it self.
The pre-set regulator supplies a constant, exact outlet pressure regardless of the inlet pressure. The pressure is factory-set and cannot be changed. This ensures that nobody can alter the specified pressure.
|
|
Maximum pressure: 18 Bar
Temperature range: 0-60° C
Margin of preset pressure: 1-4 bar /-0.3 bar
5-8 bar /-0.4 bar
Weight: 82 g
Material: Housing: Zinc
Other parts: Brass, nitrile rubber,stainless steel
The In-Line Regulator is a non-releaving preset regulator. The pressure has been set by the factory and cannot be changed. This secures that nobody can change the pressure specified.
|
|
|
|
|
|
Medium: compressed atmospheric air
Max. Primary Pressure: 25 Bar / 355 PSI
Flow: 0 %u2013 700 L/Min / 25 cfm
Temperature: 0 %u2013 80°C
Weight: 25 gr.
Material: Housing: Aluminium
Other parts: Stainless Steel, Nitrile Rubber, Brass
Almost every pneumatic tool would have the max. torque at around 6 bar. Higher pressures (which is often the fact as many users just plug in the tool and use the prevailing working pressure f. inst. 8 or more bar) is just waist of energy and money. It would not give more torch - on the contrary - it is just changing into heat. And many available pneumatic tools on the market can only withstand a max. pressure of 8 bar.
If the user dismount the hose from the tool or outlet directly a residual pressure would still prevail on the secondary side of the regulator. This residual pressure could make the pneumatic tool to work for a short period of time. An unintentional activation of the tool could have desastrous consequences - no matter the type of pneumatic tool. The worst incident that can happen is on a pneumatic tacker, nailgun or the like. An unintentional activation on the trigger f. example can result in 5 - 10 shots. No reason to say that bad enjuries would be the result.
|
|
This proportional pressure regulator with digital control can be configured using a PC software, to optimise its response time and accuracy, while maintaining its reliability and dynamic performance levels.
Integrated functions:
* Digital display
* PID parameters set-up
|
|
Cube 100 Regulator
Max. primary pressure: 12 bar/170 psi
Temperature range: 0-60 °C
Pressure gauge connection: G 1/4"
Outlet pressure range: 0-10 bar
Weight: 1235 g
Material: Housing: Aluminium
Top cover: Glassreinfoced polyamid
Other parts: Nitril rubber - Brass
Cube 100 Regulator is a single-acting selfrelieving piston regulator. The regulator is inlet pressure compensated. The regulator is designed for use with compressed atmosphaeric air.
|
|
- For using gases and liquids
- Inlet pressure: 600, 3500 Psig maximum
- Adjustable outlet pressure in ranges: 20, 50, 100, 150, 250, 500 Psig
- Operating temperature: -40 to 175ºC
- Diaphragm materials: 316L stainless steel
- Body material: 316SS
- Seat material: PTFE, Vespel available
- Cv flow coefficients: 0.06
- All ports are standard: 1/4" NPT female
- Use no oil: available
|
|
|
|
|
|
Type 10 Pressure Regulator
Highly Accurate Pressure Regulation
Start-up Stability
Automatic High Downstream Relief Capacity
Locking Capability
Temperature Stability
Ideal for Medical Applications
Product Detail:
There is no other self-contained pressure regulator in the entire world, which can match the regulation accuracy and the repeatability of the Bellofram Type 10 pressure regulator. It is for use where the utmost precision is required. The regulator is actually a pressure controller using a servo-balanced system in which the main valve is operated by a pilot valve and is dependant on a stainless steel measuring capsule for its incredible accuracy. Originally developed for sensitive aircraft altimeters, this precision sensing element provides the energy to activate the servo-control mechanism. It provides greater regulation accuracy and eliminates the problems usually encountered with range springs and conventional diaphragms. The entire measuring element, including the pilot valve, is fabricated from stainless steel which has been carefully heat treated to eliminate hysteresis or permanent deformation under all working conditions.
|
|
Single stage Stainless steel 316L VAR secondary remelt construction
Compact size with low ,internal volume , High performance with
low hysteresis , Vacuum to 150 psig (10 bar) inlet , Surface mount (IGS)
configurations ,15 slpm flow capacity HF option to 30 slpm
|
|
|
|
|
|
Cryogenic Pressure Regulator
Size range : DN15 1/2"
Pressure rating : Up to 50 BAR
End connections : Please contact technical department
Configurations : 1. PBU, economiser and ball check 2. PBU only (no economiser) 3. As item 1 + angle check
Materials : Bronze, gunmetal, austenitic stainless steels
The Bestobell cryoreg provides all of the pressure regulation functions of any cryogenic storage tank. It combines a pressure build up regulator, economiser valve and a thermal relief valve on two of the three ports
The Cryoreg is designed to provide all pressure regulation functions within one valve. Standard body material is bronze, yet also available in stainless steel. For use on all cryogenic pressure vessels including static tanks and transportable tanks, the Cryoreg valve combines all the following functions in one unit:
1. Pressure build up regulator
2. Economiser valve
3. Thermal relief* on two of the ports
* The Cryoreg provides thermal relief into the economiser outlet port for either of the other two ports (pressure build-up inlet and economiser inlet port). If a stop valve (as opposed to the Bestobell check valve) is fitted to the economiser outlet port, a thermal relief valve should also be fitted.
|
|
|
|
|
|
Nor-Cal Products offers unequalled performance with the Intellisys downstream pressure control system, providing measurable process benefits through higher resolution, speed and reliability.
The Intellisys Adaptive Pressure Controller (APC) merges closed loop motor control with adaptive pressure control to provide advanced control system performance. An advanced adaptive algorithm eliminates pressure overshoot or gradual ramps during pressure transition. A Digital Signal Processor (DSP) enables DeviceNet™ communications protocol and programming flexibility for customer or process specific requirements.
Intellisys motor control technology eliminates belts, gears and position switches, improving reliability, while increasing speed by at least a factor of twenty. High-torque geared drives are also available as an option. Standard sizes range from one to twelve inches.
Substantial cost and space savings can be realized with the IQ-Series butterfly valves. All the control electronics are incorporated on to the valve motor drive, resulting in a compact size that is easy to integrate on any system.
Nor-Cal Capacitance Diaphragm Gauges (CDG) feature a ceramic diaphragm designed to help stabilize output noise due to thermally induced variations found in other metal diaphragm designs. Heated, non-heated and DeviceNet™ compatible gauges are available with several tube fittings and in standard pressure ranges from 0.1 to 1000 Torr.
|
|
|
Porter Pressure Regulators are specifically designed for applications in which precise regulation of gas pressure is a requirement. All models are direct acting, non-relieving, cleaned for analytical instrument service and provide high resolution control at the low flow rates typical in instrumentation applications.
|
|
|
The BCP type is a series of dedicated pressure switches for safety and pressure monitoring of steam and hot water boilers. The BCP incorporates a single-pole changeover microswitch where the contact position depends on the pressure in the connection port and the range set value. For installations, in which operation is particularly critical for safety reason, the use of fail-safe control is recommended.
|
|
Design:
- Single stage and double stage versions
- Inlet pressures up to 200 bar and 300 bar
- Special regulators for high flow rates
- Available with DIN, CEN, BS and CGA connections
Advantages:
- Extremely high reliability due to central micro filter
- Complete control by excellent visibility of the pressure gauges
- Outlet pressure limiter with double security
- Ergonomical handling and easy operation due to special shape of the hand wheels
Product Range:
- Pressure regulators for oxygen
- Pressure regulators for acetylene, propane, MAPP
- Pressure regulators for hydrogen, methane, town gas, forming gas
- Pressure regulators for argon a.o. inert gases, mixed gases, CO2
- Pressure regulators for nitrogen
- Pressure regulators for compressed air
- Pressure regulators for test gas, carbon monoxide, nitrous oxid
- Accessories, wearing parts
|
|
The range of pressure regulators have a lot of different functions in the commercial refrigeration and airconditioning plant. Capacity regulation, crankcase pressure regulation, receiver pressure regulation, evaporation pressure regulation and condensing pressure regulation.
The valves are delivered with flare or solder connection. Where neccesary the valves are delivered with schraeder valve.
|
|
Max. primary pressure: 10 Bar
Temperature: 0-60° C
Tollerance: /-0,3 bar
Weight: 140 g
Material:
Housing: Brass, nickel-plated
Diaphragm: CR Rubber
Other parts: Plastic, stainless steel
The In-Line Water regulator is a single-acting diaghragm regulator, producer from 1 to 4 bar for regulation and stabilization of the pressure.
As it has been preset, the regulator can also be seen as security device to prevent tampering.
|
|
The EPR 100 is a closed loop electronic pressure regulator able to convert a variable analog or digital input signal (current, voltage, keypad, RS-232) into a proportional pneumatic output and maintain with precision a required downstream pressure. Equipped with an 8-bit microcontroller, it can preocess signals and commands, carry out complex functions and easily interface with other control/monitor systems via serial RS-232, perfectly integrating in applications which had required more elaborate and expensive system up till now.
The compact and functional design, overall performances and reliability makes for an effortless integration in any advanced pneumatic system that requires an active component quickly adaptable to any specific requirement.
|
|
Pressure reducing valves
The pressure reducing valve is a device designed to reduce the pressure of a gas from an initial generally variable value to a final given value at the end of a process.
Primary, secondary and special reducing valves for carbon dioxide, for carbonitrogen and for nitrogen.
Normal and special connections, high pressure flexible pipes, protection and wall fixing plates.
SK or ISPESL approved models.
|
|
|
Gas pressure regulators are necessary to step down gas supply pressure to pressures suitable for various Gas various burner/combustion applications.
|
|
FEATURES
- Measure precisely the tire pressure.
- Release unnecessary pressure.
- Inflate it quick.
- Tire chuck change convenience.
- Hose swivel connects the tire maneuverability.
- Hanging hook convenience for storage.
APPLICATIONS
- Truck
- Car
- Motorcycle
- Bicycle Tire
- Inflating Toys
|
|
|
|
|
|
MPT 40 Electronic regulator proportional Moduflex
The access to technology proportional just by the actuation of a knob
Description:
* Openings of connection 1/8 `' & 1/4 `'.
* Pressure of maximum entry. 10 bar.
The new electronic regulator proportional regulates quickly with precision and maintains the pressure of exit, without influence of the flow, via an electronic signal of control. Operation with compressed air or inert gas.
Advantages:
* Posting by LED with characters in rougeet of great legibility.
* All controls on the same face.
* Convivial and simple software.
* Standard product which answers all waitings of the customers.
* Compact & light (285 G).
* Fast ultra response time.
* Exhaust full flow.
* Excellent linearity.
* Assembly on rail DIN.
Applications:
Auto industry
* Control of the forces of clamping and welding during the sheet metal assembly
* Control specifies paint by immersion and spraying.
Industry of the packaging
* Control specifies tension for sheets and paper of packaging.
|
|
Various type of pressure control valves are available, from relief valves to pressure switches, to control the pressure at suitable level in the hydraulic system.
Low Noise Type Pilot Operated Reliel Valves
Pilot operated relief valves here have been particularly developed as low noise type. To protect the pumps and control valves from an excessive pressure, the valves are used to control the pressure in the hydraulic system to constant level. The remote control and unloading can be done by using the vent circuit.
|
|
- MODEL: RF-G02
- MAX. PRESSURE PSI: 3000
- PRESSURE ADJ. RANGE: 100-1000, 500-2000, 1000-3000
- RATE FLOW LPM: 16
- BOLT METER: M5*40L 4 PCS
|
|
- Pressure Control Adjustment Options (Tech. Ref. Info)
- Motion Control Valves
- Relief Valves, Poppet-Type
- Relief Valves, Pilot-Operated, Spool-Type
- Relief Valves, Bi-Directional
- Cross-Over Relief Valves
- Thermal Relief Valve
- Pressure Reducing / Relieving Valves
- Sequence with Pilot and Internal Vent
- Sequence with Pilot and Drain
- Sequence with External Pilot
- Sequence, Kick-Down
- Unloading Pilot
|
|
KOFLOC 2203
The KOFLOC Variable Secondary Pressure Flow Controller Valve MODEL 2203 SERIES is a control valve for precise control of minute gas flow and maintaining constant flow under fluctuating secondary pressure (outlet), provided the supply pressure remains constant. This characteristic makes it a must-have preliminary valve in many flow control mechanisms. Constructed using high precision parts, the design of the MODEL 2203 SERIES transforms the rotation of the regulating screw to into linear motion of the needle without subjecting it to gaps and vibrations produced by the screw, to ensure stable and even control of minute flow.
FEATURES
♦ Excellent flow stabilization
♦ Clean construction
♦ Independent from secondary pressure fluctuations
APPLICATIONS
♦ Gas chromatography
♦ Environmental analysis
♦ Atomic absorption spectrometry
♦ Gas mixing
♦ R&D
♦ General industrial use
|
|
|
|
|
|
KOFLOC 2412/2412M
The KOFLOC Precision Needle Valve MODEL 2412 SERIES is designed to control minute flows with precision and ease, controlling minute flow stably and accurately, as low as 0.5 ML/MIN. It has been widely used in numerous applications from general industrial applications to analytical equipment such as AAS (Atomic absorption spectrometer). The needle orifice of the MODEL 2412 SERIES has a temperature compensating structure (US P.A.F.) achieving the characteristic of 0.3%/˚C for gas temperatures between 15 ˚C to 35˚C. MODEL 2412 SERIES includes 15 different needle valves to offer optimum flow control corresponding to various flow levels MODEL 2412M SERIES with Multi-Dial is a precision needle valve with a radial gauge to give simple means to approximate flow volume
FEATURES
♦ Accurate control of minute flow
♦ Wide needle variation
♦ Non-rotating needle
♦ Wide operating temperature range
APPLICATIONS
♦ Atomic absorption spectrometer
♦ Burn control
♦ Research and development
♦ Air sampler
♦ Filter testing
♦ Burn control
(2412M)
♦ Can be used as a substitute for a flowmeter
♦ Detection of flow pass resistance fluctuations
|
|
The TESCOM 50-2000 Series pressure reducing regulator is specially designed for extended life operation in high pressure hydraulic applications.
Advanced Features:
• New stem and seal design extends service life in crucial high pressure water-based hydraulic applications
• Specially designed seat and valve for excellent operation in hydraulic applications
• Segregated captured venting
• Tapered poppet design for better pressure control
Applications:
• Wellhead control panels
• Sub sea valve actuation
• Chemical injection
• Hydraulic power units
|
|
| ... products without technical information |
| |
|
|
