Chemical & Petrochemical Industry

A. OM Series Oval Gear Meter

• Accuracy: +/-1% of reading (1/8” to 3/8”) +/-0.5% of reading (1/2” to 4”)
• Flow Range: 0.002 to 660 GPM (0.008 to 2,500 L/min)
• Temperature: -4 to 300 deg F (-20 to 150 deg C)
• Pressure: 170 to 5,800 PSI (5 to 400 Bar)
• Meter Sizes: 1/8” to 4” (4 to 100 mm)
• Meter Body Materials: Aluminum, Stainless Steel and PPS
• Fitting Connections: NPT, BSP, Sanitary and Flange

B. G Series Turbine Meter

General Specifications:

• Accuracy: +/- 0.5% of reading
• Flow Range: 0.6 to 600 GPM (3.0 to 2,271 L/min)
• Temperature: -450 to 300 deg F [-268 to 426 deg C]
• Pressure: 2,500 to 5,000 PSI (170 to 340 Bar)
• Meter Sizes: 1/2″ to 3” (15 to 80 mm)
• Meter Body Materials: Stainless Steel
• Fitting Connections: NPT, BSP, Sanitary and ANSI Flange

C. G2 Series Turbine Meter

General Specifications:

• Accuracy: +/- 1.5% to 0.75% of reading (Depending on Pipe Size)
• Flow Range: 1.0 to 200 GPM (3.8 to 760 L/min)
• Temperature: -40 to 250 deg F, 140 deg F w/ display (-40 to 121 deg C, 60 deg C w/ display)
• Pressure: 1,500 to 3,000 PSI (102 to 207 Bar)
• Meter Sizes: 1/2″ to 2” (15 to 50 mm)
• Meter Body Materials: Aluminum, Stainless Steel and PVDF
• Fitting Connections: NPT, BSP Thread, Sanitary Flange and True Union

D. A1 Series Rate & Total Meter

a. MODEL: A025, A100 (1in.)

• Accuracy: +/- 1.5% of reading
• Flow Range GPM (L/min): 0.3-300 (1-190)
• Temperature: -40 to +250 deg F (-40 to +121 deg C)
• Temp. with Computer: 0 to +140 deg F (-18 to +60 deg C)
• Pressure: 300 PSI (21 Bar)
• Meter Sizes: 1″ to 2″ (25 to 50 mm)
• Meter Body Materials: Aluminum and Nylon
• Fitting Connections: NPT and BSP

b. MODEL: A200 (2 in.) N025 & N100 (1 in.)

• Accuracy: +/- 1.5% of reading
• Flow Range GPM (L/min): 0.3-50 (1-190)
• Temperature: -40 to +250 deg F (-40 to +121 deg C)
• Temp. with Computer: 0 to +140 deg F (-18 to +60 deg C)
• Pressure: 150 PSI (10.2 Bar)
• Meter Sizes: 1″ to 2″ (25 to 50 mm)
• Meter Body Materials: Aluminum and Nylon
• Fitting Connections: NPT and BSP

E. Economy Meters

a. MODEL: 01N Turbine

• Accuracy: +/- 5.0% of reading
• Flow Range GPM (L/min): 3-30 (10-100)
• Temperature: 14 to 131 deg F (-10 to 55 deg C)
• Pressure: 150 PSIG (10.2 Bar)
• Meter Sizes: 1″ (25 mm)
• Meter Body Materials: Aluminum, Nylon and PBT Polyester
• Fitting Connections: NPT and BSP

b. MODEL: 01A Turbine

• Accuracy: +/- 5.0% of reading
• Flow Range GPM (L/min): 3-30 (10-100)
• Temperature: 14 to 130 deg F (-10 to 54 deg C)
• Pressure: 300 PSIG (21 Bar)
• Meter Sizes: 1″ (25 mm)
• Meter Body Materials: Aluminum, Nylon and PBT Polyester
• Fitting Connections: NPT and BSP

c. MODEL: FM-300 H/R

• Accuracy: +/- 2.0% of reading
• Flow Range GPM (L/min): 2-20 (7-75)
• Temperature: 15 to 130 deg F (-9 to 54 deg C)
• Pressure: 50 PSIG (3.4 Bar)
• Meter Sizes: 1″ (25 mm)
• Meter Body Materials: Aluminum, Nylon and PBT Polyester
• Fitting Connections: NPT and BSP

F. DP Series Insertion Impeller Meter

General Specifications:

• Accuracy: +/- 1.5% of reading
• Flow Range: 4.0 to 780,000 GPM [ (0.015 to 2940 m/min) Depending on pipe size]
• Flow Velocity Range: 1 to 33 ft/s (0.3 to 10 m/s)
• Temperature: -40 to 300 deg F (-40 to 150 deg C)
• Pressure: 1,200 PSI (80 Bar)
• Meter Sizes: 1-1/2″ to 100” (40 to 2500 mm)
• Meter Body Materials: Stainless Steel

G. QStar Ultrasonic Meter

General Specifications:

• Accuracy: Up to +/- 1% of reading
• Flow Velocity Range: +/- 98.42 t/sec (30 m/s)
• Operating Temperature: -4 to 140 deg F (-20 to 60 deg C)
• Transducer Temperature: -40 to 300 deg F (-40 to 150 deg C)
• Pipe Sizes: 1/2″ to 240” (10 to 6000 mm)

Katronic’s ultrasonic clamp-on flowmeters are the perfect solution for various applications of the Petrochemical Industry. As the sensors are clamped onto the pipe surface, refinery operators do not have to face large costs caused by lost production and intensive engineering work as it is normally the case during the installation of inline flowmeters. Katronic can supply fully ATEX certified metering solutions and within an hour the operator could have fitted a flowmeter without any interruption of the production process.

Katronic’s instrument of choice for the Petrochemical Industry is the ATEX certified version of the fixed installed KATflow 150. As it can be adjusted to the user’s requirements, the KATflow 150 can be employed on various applications – from simple flow metering to concentration measurements. Due to its various process output options, it can be easily integrated into existing or future control systems.

Advantages:

• Easy, quick and cost-effective installation on existing pipelines
• ATEX certified flowmeters for use in Zone 1 hazardous areas
• Applicable on pipes of various materials (incl. duplex stainless steel)

and diameters from 10 mm to 3,000 mm

• Various power supply options (AC, DC, battery, solar powered)
• Easy integration into existing or future control systems possible
• Maintenance free, very low MTBR (mean time between repairs)

Fixed installed clamp-on ultrasonic flow meter

The KATflow 150 is for permanent flow metering applications. Its modularity offers comprehensive configuration options to make the instrument suitable for everything from simple water flow measurements to energy flow monitoring, automated process control and product recognition

Features:

• For pure, clean, dirty and aerated liquids
• Bi-directional flow measurement
• Heat quantity measurement function (optional)
• Dual-channel flow measurement (optional)
• Meter diagnostic functions
• Incorporated bi-directional totalizer
• Data download via RS 232 or USB cable
• Real time data transfer possible
• Intuitive flow meter menu and Setup Wizard

General Specifications:

• Pipe diameters: 10 mm to over 3,000 mm (3 m)
• Temperatures: -30 °C to +200 °C
• Accuracy: ±0.5 % (velocity)
• Process outputs incl. Modbus and HART* (optional)
• Internal data logger for 100,000 measurements
• Unique Audible Sensor Positioning Assistant

Density / concentration measurement option

• Ex approved version available

VYC industrial, s.a. was organized in 1914. We are thus privileged in being considered one of pioneer companies in the design and manufacture of all types of intercepting and control valves for fluids in Spain.

The materials used to manufacture our products are strictly inspected and controlled. This, together with our advanced manufacturing system, permits us a comfortably meet the increasingly high demands of our customers.

A. Full lift safety valve with spring loading. (AIT)

a. MODEL: 496 EN

• Connection: Flange x Flange
• DN1 x DN2: 20 x 32 to 200 x 300
• Material: Cast Iron. PN 16, Nodular Iron. PN-40. 350 deg C,

Cast Steel. PN-40, Stainless Steel. PN-40

• Seal: Metal

b. MODEL: 486 EN ASME/ANSI

• Connection: Flange x Flange
• NPS1 x NPS2: 3/4″ x 1-1/4” to 8” x 12”
• Material: Carbon steel. 150 lbs and 300 lbs, Stainless Steel. 150 lbs and 300 lbs
• Seal: Metal

c. MODEL: 495 EN

• Connection: Female thread x Female thread
• R1 x R2: 3/4″ x 1-1/4” to 1” x 1-1/2”
• Material: Cast Iron. PN 16, Nodular Iron. PN-40. 350 deg C,

Cast Steel. PN-40, Stainless Steel. PN-40

• Seal: Metal

b. MODEL: 485 EN ASME/FNPT

• Connection: Female thread NPT x Female thread NPT
• FNPT1 x FNPT2: 3/4″ x 1-1/4” to 1” x 1-1/2”
• Material: Carbon steel. 300 lbs, Stainless Steel. 300 lbs
• Seal: Metal

A. Industrial Sensors and Instrumentation

a. GTF 103-Ex

Brief Description:

Specifications:

• Ex temperature sensor with process connection and sensor head
• Measuring element:
• Pt100/Pt1000, jacket thermal element,4-wire
• Type K (NiCr-Ni) or Type N (NiCrSi-NiSi)jacket thermal element
• Measurement range with extension tube:
• -200 to +600 deg C (for Pt100 / Pt1000)
• -200 to +900 deg C (for NiCrNi)
• Sensor length: up to 1 m (longer on request)
• Sensor diameter:
• 3 mm (not exchangeable),
• 4, 5, 6 or 8 mm (exchangeable)
• Thread:
• G 1/2“ (standard) or without thread
• G 1/8“, G 1/4“, G 3/8“, G 3/4“, M8x1, M10x1
• Ambient temperature:
• -20 to +60 deg C (Ignition protection type „e“)
• -20 to +80 deg C (Ignition protection type „i“)

b. TC293

Brief Description:

Specifications:

• Safety thermocouple for gaseous media
• Measuring element:
• Type J (Fe-CuNi)
• Type K (NiCr-Ni)
• Type N (NiCrSi-NiSi)
• Protective tube diameter: 9 to 3 mm tapered
• Nominal length: 100, 160, 250, 400, 600 mm
• Thread: G 1/2B
• Working temperature:
• Type J (Fe-CuNi) -100 to +600 deg C
• Type K (NiCr-Ni) -100 to +900 deg C
• Type N (NiCrSi-NiSi) -100 to +1000 deg C
• Ambient temperature: -100 to 100 deg C

c. MU500Ex

Brief Description:

Specifications:

• Transducer
• Designs:
• Pt100, switchable to 13 measurement ranges
• Pt1000, switchable to 16 measurement ranges
• Auxiliary voltage:
• 85 ..253 V AC/110 ..125 V DC
• 10 ..30 V AC/DC
• Working temperature: -10 to +60 deg C

d. A-H1.1

Brief Description:

Specifications:

• ATEX switching head
• Use in combination with: HD1K-, HD2K-, HD1KO-, HD2KO
• Switch: Reed switch
• Switching voltage:
• max. 30 V (without diode)
• max. 15, 28 or 36 V (with diode)
• Switching current: max. 1.5 A
• Ambient temperature: -20 to +50 deg C

e. A-H1.1

Brief Description:

Specifications:

• Screw-in sensor
• Thread: CrNi steel
• Measurement range: 0 – 1000 bar
• Medium temperature: -20 to +100 deg C
• Material: stainless steel
• Ambient temperature: -20 to +80 deg C

B. Industrial Electronics

a. GIA 0420 N – ex

Brief Description:

• Self-sustaining display
• Input signal: 4 – 20 mA, 2-wire
• Switching output: galv. isolated open collector switchingoutput
• Working temperature: -20 to +50 deg C
• Display: 10 mm high LCD display
• Display area: -1999 to +9999

b. GIA 0420 VO.. – ex, GIA 0420 WK.. – ex

Brief Description:

• Self-sustaining display for 4 – 20 mA transducer
• Input signal: 4 – 20 mA, (2-wire)
• Switching output optional: galv. isolated open collector switchingoutput
• Working temperature: -20 to +50 deg C
• Display: 10 mm high LCD display
• Display area: -1999 to +9999

C. Laboratory Instrumentation

a. GMH 3151 – ex

Brief Description:

• Handheld pressure measuring device with logger
• Number of connectible sensors: 1
• Measurement range: depending on the sensor used
• Output:Interface or analogue output(0-1 V)
• Display: 2 x 4 1/2 digit LCD

Brief Description:

• Stainless steel pressure sensor
• Sensor for: GMH 31xx
• Measurement range (depending on sensor type): 0.0 – 100.0 mbar rel. to 0 – 1000 bar rel.

or 0 – 1000 mbar rel. to 0.00 – 25.00 bar rel.

• Pressure connection:Connection thread G 1/2B

Working temperature: -20 – to 80 deg C

b. MSD … – ex

Centec is a privately owned group of companies. With a focus on the processing industries, we are rapidly growing in the major world markets. We have a global sales and service structure, with our own subsidiaries and a network of qualified distributors. Our international operations include mechanical, electrical and process automation engineering, with skid manufacture and pipework fabrication; as well as our own switch cabinet production. This infrastructure allows efficient logistics, short lead times and strict adherence to delivery deadlines. The quality of our products is excellent, so is the price-performance ratio

OXYTRANS

Application and Measurement Principle:

Boiler feed water is water used to supply (feed) a boiler to generate steam or hot water. The feed water must be specially treated to avoid problems in the boiler and downstream systems. Untreated boiler feed water can cause corrosion and fouling. Corrosive compounds, especially oxygen, must be removed by deaeration systems. OXYTRANS allows to measure and control O₂ concentration with highest precision. Centec deaeration skids based on membrane and column technology are generally equipped with OXYTRANS for highly efficient process control.

An indicator layer on a small glass component (“optical window”) installed in the measuring head is illuminated with blue-green-light. When the indicator molecules absorb the incident light they are promoted to a higher energy state. After a certain time they convert back to their ground state during which a detectable red light is emitted. If O₂ is present the energy is transferred from the indicator molecules to the oxygen. By detecting the red light, OXYTRANS determines the O₂ content with highest precision.