Conoflow's Vacuum Regulators are designed to accurately regulate the sub-atmospheric pressure of a vessel being evacuated. These units are especially suited for laboratory work and test stands for simulation of high altitude conditions.
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Conoflow's Vacuum Regulators are designed to accurately regulate the sub-atmospheric pressure of a vessel being evacuated. These units are especially suited for laboratory work and test stands for simulation of high altitude conditions. -
Truflo GI Series Gauge Isolators allow inexpensive pressure gauges, or any other pressure instrument to be used in corrosive services. The upper chamber (gauge side)is filled with a stable fluid such as glycerin or silicone. A Teflon® diaphragm separates it from the lower chamber which receives the media under pressure. Customers can easily fill isolators and install their own gauges.
Features:
- Easy to Mount Gauges
- No Special Equipment is Required
- Perfect Mate for Truflo OBS Plastic Gauges
- Provision for Fill Port
- Housing has a Threaded Vacuum Port for Extracting any Trapped Air during the filling process
- High Chemical Resistance
- Choice of Body Materials for a Wide Range of Applications
- PTFE bonded FPM dished diaphragm for High Chemical Resistance and Sensitivity
- Heavy Duty Design for Safety
- Small Footprint
- Heavy Wall Connection Ports
Specifications:
INLET PROCESS CONNECTION : ½" (M) / (F) NPT / BSP / G / Flange INSTRUMENT CONNECTION : ¼" NPT / G DIAPHRAGM : PTFE Teflon®
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Glass fiber reinforced polyester (GRP) enclosure, Ex e and Ex tb certified, 110 mm x 110 mm x 65 mm, Customizable configuration of cable gland types as per specification, Installation in Zone 1, Zone 2, Zone 21 and Zone 22 -
Conoflow’s Electro-pneumatic Transducers accept a variety of electrical input signals and convert them to proportional output signals of 3-15, 3-27 or 6-30 PSIG (21-103, 21-186 or 41-207 kPa).The GT_8 Series Transducers incorporate low impedance circuitry and a range selector jumper switch which can be positioned to accept 4-20 or 10-50 mA DC current inputs. The selector feature permits stocking only one unit that can be used in various locations throughout the plant. For easy field adjustment these units are equipped with an external zero setting and a built-in potentiometer on the circuit board for span adjustment.Optional input signal of 0-20 mA is available on the GT_8 Series.Specifications:
- Input Range: 4-20 mA DC | 10-50 mA DC
- Nominal Input Impedance: 145 ohms | 60 ohms
- Linearity: ± 1%
- Temperature Effect: 0.2%FS/10°F (-12°C) change for a 2°F/minute rate of change (2)
- Ambient Temperature Range: 0° to +150°F (-18° to +66°C)
- Approx. Shipping Weight: 7 lbs. (0.77 Kg)
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Conoflow's GT_8 Series Transducers are explosionproof approved by Factory Mutual (FM), Canadian Standards Association (CSA) and CENELEC. These units incorporate the same high-quality standards as our other I/P Transducer lines and are backed by Conoflow's years of experience as a leading manufacturer of instrumentation.These units accept a variety of electrical input signals and convert them to proportional output signals of 3-15, 3-27 or 6-30 PSIG (21-103, 21-186 or 41-207 kPa). Other output signals are also available. Consult the factory for details.Specifications:
- Input Range: 4-20 mA DC | 10-50 mA DC
- Nominal Input Impedance: 145 ohms | 60 ohms
- Linearity: ± 1%
- Temperature Effect: 0.2%FS/10°F (-12°C) for a 30°F (-1°C) change in 15 minutes
- Ambient Temperature Range: 0° to +140°F (-18° to +60°C)
- Approx. Shipping Weight: 13 lbs. (5.9 Kg)
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Conoflow’s Electropneumatic Transducers accept a variety of electrical input signals and convert them to proportional pneumatic output signals. The miniature transducer is available with two different circuit boards. One board accepts current inputs of 4-20/10-50 mA DC and the other accepts inputs of 0-5/ 1-9 VDC. Each board utilizes a range selector jumper switch which can be positioned to accept a 4-20 or 10-50 mA DC input or a 0-5 or 1-9 VDC input, respectively.
Specifications:
- Supply Pressure Effect: 0.08 PSIG decrease for every 10 PSIG increase in supply pressure
- Air Consumption: 0.1 SCFM (0.003 m3/min)
- Air Delivery Rate (Max.): 4 SCFM (0.1113 m3/min)
- Exhaust Rate (Max.): 1.5 SCFM (0.042 m3/min)
- Linearity: ± 0.75% of Span
- Temperature Range Ambient: 0° to +130°F (-17° to +55°C)
- Approx. Shipping Weight: 1.7 lbs. (0.77 Kg)
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Description The HCS HART Concentrator System converts a HART digital signal to a serial (RS-485 or RS-232) MODBUS RTU communication protocol. This allows HART transmitters and valves to interface directly with MODBUS-based monitoring and control systems. -
Heated pressure hoses serve to heat media, maintain a constant temperature and transport media such as the following without heat loss: oil, grease, wax, resin, tar, paint, water, glue, plastic, casting compound, food, etc. The heated hose is mounted on movable system and machine parts in most cases. Temperature ranges: up to 250 °C standard.
Advantages:
- Operating temperature: 5 °C to 250 °C as standard
- Nominal widths: 4 mm to 25 mm as standard
- Voltages: 12 V to 400 V
- Operating pressures: up to 500 bar
- Heat output optimised for application
- Heating cables produced in-house
- Available for the automotive industry as silicone free / LABS-free version
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Heated pressure hoses serve to heat media, maintain a constant temperature and transport media such as the following without heat loss: oil, grease, wax, resin, tar, paint, water, glue, plastic, casting compound, food, etc. The heated hose is mounted on movable system and machine parts in most cases. Temperature ranges: up to 250 °C standard.
Advantages:
- Operating temperature: 5 °C to 250 °C as standard
- Nominal widths: 4 mm to 25 mm as standard
- Voltages: 12 V to 400 V
- Operating pressures: up to 500 bar
- Heat output optimised for application
- Heating cables produced in-house
- Available for the automotive industry as silicone free / LABS-free version
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HES HART to Ethernet Gateway System converts signals from wired HART devices to Ethernet MODBUS/TCP and HART-IP
Timely knowledge about your process enables better decisions and faster preventive action. Now you can get the process detail that you need from your Smart HART devices to MODBUS/TCP and HART-IP based monitoring and control systems at the speed of Ethernet with the HES HART to Ethernet Gateway System. Connect up to 64 Smart HART devices to the HES and collect the Dynamic Variables and the Device Variables, along with diagnostic bits and bytes, from each device that helps deliver critical information needed to help you address process and device problems before they turn into unplanned downtime. Moore Industries’ rugged HES supports HART 5, 6 and 7 devices with sufficient memory to handle thousands of process variables, and diagnostic data points from up to 64 connected smart HART devices. The HES allows you to further leverage your industrial Ethernet investment by making all of this valuable HART data viewable with any web browser or MODBUS/TCP compliant host. Support for these open industrial protocols enables you to easily interface with any process control or asset management system while taking advantage of any Industrial Internet of Things (IIoT) initiatives that facilitate the propagation of process data to higher level corporate or analytical systems. -
The HIM HART Loop Interface and Monitor unlocks the full potential of new and in-place smart HART multivariable transmitters and valves. Converts HART to 4-20mA Signals The HIM allows up to three additional analog process variable measurements from a smart device with no additional process penetrations or wiring.
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HIT/HIX HART® Isolators provide highly economical solutions to common and costly problems that plague many of today’s “smart” process loops. Protect and enhance your HART investment with the 2-wire (loop powered) HIX or the 4-wire (line-mains powered) HIT.
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The Conoflow HP300 High Pressure Regulator is designed to accurately control supply pressures up to 10,000 PSIG (69 MPa). This piston sensing, self-relieving regulator allows pressure setting reduction in a closed system by relieving downstream pressure through the regulator.For hazardous media applications a non-relieving piston is offered. Where noncorrosive media are present, the HP300 Regulator is offered in both brass and stainless steel constructions. N.A.C.E. models are rated for a maximum supply pressure up to 6,000 PSIG (41.4 MPa). Each unit is supplied with 1/4" inlet, outlet and two gauge ports. CGA cylinder connections are also available.The HP300 Regulator provides excellent sensitivity through six control setting ranges: 8-500, 9-800, 10-1500, 15-2500, 25-4000, and 30-6000 PSIG (0.06-3.45, 0.062-5.52, 0.069-10.35, 0.104-17.25, 0.173-27.60, and 0.207-41.40 MPa). All of these regulated pressure ranges can be obtained from one regulator simply by interchanging range/sensor kits. Adjustment within each range is made by a large handwheel (standard) or by an optional "T" bar handle.Designed for reliability with minimum maintenance, this unit is commonly used for instrument calibration, for corrosive gases, airline charging systems, cylinder gas regulation, process sampling systems, cylinder filling stations and other applications where rugged construction and accurate control of high pressure is required. -
Conoflow's HP400 is a piston-sensing, self-contained pressure reducing regulator. High inlet and outlet pressures allow use of this regulator in component testing, calibration systems, manufacturing processes and other applications that require an economical regulator having reliable and safe operating characteristics.The brass constructed HP400 Regulator has a maximum supply pressure rating of 3500 PSIG (24.2 MPa). Control setting range for this unit is 20 to 2500 PSIG (0.138 -17.25 MPa). Adjustments within the range are made with a large handwheel furnished with the standard unit. Optional adjustment devices include a wrench style knob with a locking device or a "T" bar handle.This unit is supplied with 1/4" NPT inlet and outlet connections. Inlet and outlet gauge ports (1/4" NPT) are standard. The regulator is non-relieving with a captured bonnet. -
The HP500 Regulator is a self-contained, diaphragm sensing high purity regulator. A broad offering of materials of construction and five control pressure ranges allow use of this unit in applications that include the regulating of specialty gases, gas chromatography, research labs as well as the regulation of corrosive and noncorrosive gases and liquids.Material options include brass, 316 stainless steel and 316L stainless steel. N.A.C.E., monel and hastelloy constructions are available upon request. The brass units are rated for a maximum supply pressure of 5,000 PSIG (34.5 MPa) and the stainless steel units are rated to 6,000 PSIG (41.4 MPa). Optional 15 Ra microinch wetted surfaces are available.This high purity, pressure regulator is designed to accurately control pressure ranges of 4-25, 4-50, 5-100, 6-250, and 10-500 PSIG (0-0.173, 0-0.345, 0-0.690, 0-1.73, and 0-3.45 MPa). The HP500 has 1/4" NPT inlet and outlet connections. Gauge ports are optional. To suit high purity applications, Vacuseal, VCR and Ultra Seal welded fittings are available. Adjustments within each range are made with a standard large handwheel.A wrench style knob with a locking device and a "T" bar handle are optional adjustments. -
Conoflow’s HP600 has 1/4" NPT inlet and outlet connections. Inlet and outlet gauge ports are standard. High purity internal connections and VCR, Vacuseal and Ultra Seal welded fittings are available upon request. Line and rear mounting are standard for this regulator.
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ITT Conoflow’s HP610 is a high purity, self-contained, spring-loaded, pressure reducing regulator. This unit is designed for use in applications requiring high flow rates and the ability to relieve outlet media pressure. Non-relieving models are also available.The 316 Stainless Steel constructed unit has a maximum supply pressure rating to 250 PSIG (1.73 MPa). The convoluted 316 Stainless Steel diaphragm provides accurate and reliable regulation over a control setting range of 0 - 50 PSIG (0 - 0.35 MPa).The HP610 has one ¼” NPT inlet connection and two ¼” NPT outlet connections. Both outlet ports provide the same flow capacity with the central port generally being used as a gauge port. -
ITT Conoflow’s HP635 Series unit is a high-flow, high-purity regulator that is designed as a purge gas regulator and may be used in high purity gas systems involving corrosive and toxic media. All wetted components are of a 316 Stainless Steel construction having a maximum 35Ra surface finish. An optional brass model (NPT port only) is available for inert gas service.This unit has a large main valve providing a flow capacity of Cv=1.8 at the valve. Connections are 1/2” NPT or 1/2” Tube Stubs with either style having a maximum supply pressure rating of 500 psig. Outlet pressure ranges of 0-25, 0-50, 0-100, 0-150 and 0-200 psig (0-0.173, 0-0.345, 0-0.69, 0-1.04, and 0-138 MPa) are available. The HP635 Regulator is offered with an inboard and across the seat leakage specification of 2 x 10-8 atm. cc/sec Helium. Also, there is an adjustable stop that may be set to limit pressure control settings for specific application requirements.
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Conoflow’s HP700 Series regulator is a two-stage, high purity unit designed to provide constant outlet pressure regardless of inlet pressure fluctuations. This unit is available in either brass or stainless steel construction. Maximum supply pressure rating for either material is 3500 PSIG (24.2 MPa). To provide optimum performance in specific applications, this unit is offered with relieving, non-relieving, and tied (non-relieving) diaphragm options.Typical applications for the HP700 regulator are gas chromatography, calibration systems, cylinder gases, and precise regulation of corrosive and non-corrosive media. Adjustment within each of five available ranges is made with a standard large handwheel. A wrench style knob with a locking device and a “T” bar handle are available as optional adjustments. This unit is supplied with 1/4” inlet and outlet connections. Inlet and outlet gauge ports (1/4” NPT) are standard. High purity internal connections and VCR, Vacuseal and Ultra Seal welded fittings are optional. Captured bonnets for both stages are standard. This regulator is designed for reliability with an absolute minimum of maintenance.The characteristics are a result of Conoflow’s high standards of manufacturing and years of experience as a leading manufacturer of pneumatic instrumentation. -
The HTZ Smart HART® Transmitter simultaneously
measures humidity and temperature in industrial,
commercial, manufacturing, and HVAC applications.
Based on the humidity and temperature values, the
HTZ also provides a dew point measurement as a
calculated variable. -
When Hydrogen purity drops, windage losses and operating costs increase, resulting in lost revenue and profitability. Gas purity is also a critical life safety issue, making monitoring for potentially explosive levels essential. E/One's Hydrogen Control Cabinet (HCC) was designed specifically for monitoring and controlling hydrogen purity in GE generators that utilize scavenging seal oil systems. The HCC contains two independent analyzers that monitor hydrogen purity from both the turbine-end seal drain enlargement and the collector-end seal drain enlargement. Designed to be used in a hazardous location, the HCC has the ability to automatically increase the amount of hydrogen gas bled from the generator. It's also an easy replacement for your old hydrogen control cabinet. Featuring digital displays, warnings and alarms, the HCC works with all GE and non-GE control systems. -
I-Box accommodates a wide range of instruments and electrical components. Ideal for indoor installations, a high-impact, light weight and chemical resistant structure protects instruments and electrical components even under demanding conditions. -
From simple signal conditioning, to sensor-level I/O, to complex distributed intelligence, the versatile I/O EQUATION STATION ® is your solution. Even though it’s the same size as a typical process instrument, this multifunction I/O module configures to handle both routine, and one-of-a-kind, applications: