Our Product / Services
Specifications
Diameter | 60 mm OD |
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General | |
Height | 500 mm |
Material of Constn | Acrylic |
Resin Type | Cation Exchanger Resin |
Qty of Resin | 900 ml |
Shelf Life of Resin | 1 Year (in Moist Condition) |
End Connections | 1/4" OD |
Connection | Needle Valve (2 Nos), SS-316, 1/4" NPT (F) |
Mounting Clamps | M.S. |
Connectors (2 Nos) | SS-316, 1/4" NPT (M) X 1.4" OD |
Process | |
Pressure | 3 Kg/cm2 (Operating) |
Temperature | 80 Deg. C |
Parameters | Flow Rate : 30 Lph |
Specifications
Poly/9245 | Data Sheet Sodium Analyzer | Sh 1 of 1 Rev 0 |
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1.0 | General | |
1.1 | Manufacturer | HACH Ultra, Geneva, Switzerland |
1.2 | Model No. | 9245 |
1.3 | Channels | Single Channel |
2.0 | Sensor | |
2.1 | Method | Sodium Ion Selective |
2.2 | Range | 0 ppb to 10000 ppb, freely programmable |
2.3 | Calibration | 1/ 2 Point Automatic / Manual |
3.0 | Sample Conditions | |
3.1 | Temperature | +5.....+45 deg C |
3.2 | Pressure | 1-6 Bar |
3.3 | Flow Rate | 5 LPH |
4.0 | Transmitter | |
4.1 | Type | Microprocessor based |
4.2 | Accuracy | +/- 1.5% or +/-0.02 PPB whichever is greater |
4.3 | Display Type | Graphic LED Backlighting |
4.4 | Display Details | Conc. In PPB/PPM, trend curves, Diagnostics, Errors, Calibration constants and historical data |
4.5 | Mounting | Panel Mounted |
4.6 | Temperature Compensation | Manual/Automatic With Inbuilt Temperature Sensor within range of 5-45 Deg C |
4.7 | Response Time | 180 Sec. |
4.8 | Analog Output | 4 X 4-20 mA. DC, Galvanically isolated |
4.9 | Enclosure Material and Protection | ABS With SS frame. Transmitter IP 65 |
4.10 | Relay Outputs | 2 Nos Limit Alarm, 1 No. System Alarm and 1No. for warning messages 0.5A 30VDC Rating |
4.11 | Power Supply | 100-240VAC,50Hz 80 VA |
4.12 | Digital Interface | RS485/ Jbus/ Modbus/ Profibus DP Option |
Specifications
Type | Vapour Compression Type, Water Cooled Chiller |
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Capacity | 15 Tr with 100% Stand By Manual Changeover,Compressor, Pump & Chiller, Condenser Refrigeration Circuit |
General | |
Chilled Temperature O/L | 20 Deg. C |
Chilled Temperature I/L | 20 Deg. C |
Refrigerant | R-22 |
Process Connection for SWAS System | 2"NB, Ansi B16.5, Class 150# |
Process Connection for Condenser | 2"NB, ANSI B16.5, Class 150# |
Compressor Power Supply | 415 Volts, 50hz, 3 Phase |
Compressor Type | Hermetically Sealed (Dual Type) |
Make | Copland / Maneurop (Danfoss) Hermetic Scroll |
Chiller | Shell & Tube Type (Dual Type) |
Condenser Type | Water Cooled, Shell & Tube Type |
Expansion Valve Type | Thermostatic |
Expansion Valve Make | Sporlan / Danfoss |
Pump Type | Mono Block |
Pump Rating | 3 HP - Recirculating Pump, 1-phase |
Pump Make | Crompton / Kirloskar |
HP/LP Cut off | Ranco / ALCO / Castle |
Freon Pressure Gauge | Forbes Marshall |
Water Pressure Gauge | Forbes Marshall |
Temp. Indicator Controller | ESD |
Water Level Guard | Minilec Make |
Ball Valve | Forbes Marshall Make |
Note : The specifications given below are indicative, as Chillers are often customer built designs. Please call Forbes Marshall before deciding right Chiller for your requirements. |
Specifications
Specification No. Poly / 9125 & FM 8310/11/12 | Datasheet Conductivity Analyzer | SH 1 of 1 |
---|---|---|
1.0 | General | |
1.1 | Manufacturers | HACH Ultra, Geneva, Switzerland |
1.2 | Model Number | Transmitter : Model 9125 Probe : FM 8310/ FM 8311 /FM8312 |
1.3 | Tag No. | |
1.4 | Quantity | |
1.5 | Instrument Range | Cell Constant : Conductivity Range 0.01 : 0.01 µS/cm to 200 µS/cm 0.1 : 0.1 µS/cm to 20 µS/cm 1 : 1 µS/cm to 20 µS/cm |
2.0 | Sensor | |
2.1 | Type | 2 Electrode Kohlrausch Cell |
2.2 | Electrode Material | SS 316 L |
2.3 | Connection | IP 65 Glass Polyester Connector with Low Noise Cable, with 5 Mtrs Cable |
2.4 | Temperature Rating | T max= 125o |
2.5 | Pressure Rating | P max = 10 bar |
2.6 | Temperature Sensor | Built in Pt 100 |
2.7 | Cell Constant | Select as per range mentioned above |
3.0 | Transmitter | |
3.1 | Type | Microprocessor based |
3.2 | Display Type | 4 digit, 34 x 67.4 mm backlit LCD Matrix |
3.3 | Display Details | Conductivity, Sample temperature, Alarm Status, Diagnostics, Calibration Constants, Current Outputs |
3.4 | Mounting | Panel / wall / pipe |
3.5 | Output | 2 x 0/4-20mA, DC galvanically, isolated |
3.6 | Calibration | 1 / 2 point - chemical / electrical |
3.7 | Temp. Compensation | Auto/manual |
3.8 | Temp. Compensation Type | Linear, Programmable Coefficient, Non Linear - Ultra pure, HCl, NaCl |
3.9 | Enclosure Material | Polyester coated Aluminium |
3.10 | Enclosure Protection | IP65 / NEMA 4 |
3.11 | Dimensions | 144 x 144 x 150 mm |
3.12 | Power Supply | 24 V DC |
3.13 | Diagnostics | Sensor open/short ckt, conductivity error, polarization high Offset/slope shift, temperature drift |
3.14 | Electromagnetic Compatibility | As per European standards |
4.0 | Sensor Holder Details | |
4.1 | Type | Flow through type / dip type |
4.2 | MOC | PP / SS |
Specifications
Working Pressure | 250 Kg/cm2 |
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Test Pressure | 375 Kg/cm2 |
Working Temp. | 100 Deg. C |
Filter Element | |
PR. Differential Across the Filter At 60 LPH | Less Than 2 Kg/cm2 |
Micron Rating | 40 Micron |
MTL of Construction | SS-316 |
Shape | Cylindrical |
Working Pressure | 250 Kg/cm2 |
Test Pressure | 375 Kg/cm2 |
Filter Housing | |
Seating Material | Stainless Steel AISI-316 |
Temp. Rating | 100 Deg.c. |
End Connections | 1/4" NPT (F) |
Shape | "T" Type Construction |
Specifications
Calibrated material | JIS SCM440( AISI 4140 Steel) Flat surface |
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Linear range | 0.25 to 2.25mm from sensor tip |
Sensitivity | 787mV/100 micron |
Scale Factor Error | within + - 5% of 787mV/100 micron |
Linearity | within + -25 micron of 787mV/100 micron |
Operating Temperature range | -35 to +177 Deg C |
Operating Humidity range | 0 to 95% RH |
Power Supply | Within -24VDC + - 10% |
Frequency response | DC to 10KHz (-3 dB) |
Terminal Block | Spring Lock Terminal |
Sensor tip diameter | From 5mm, 8mm, 11mm |
System cable length | 5m or 9m as per API 670 |
Sensor Cable Length | 0.5m or 1m |
Applications
Power Plants, Oil & Gas Industry, Process Industry
|
Specifications
Calibrated material | JIS SCM440( AISI 4140 Steel) Flat surface |
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Linear range | Available from 2000 micron to 26mm |
Sensitivity | 787mV/100 micron |
Scale Factor Error | within + -5% of 787mV/100 micron |
Linearity | within + -20 micron of 787mV/100 micron |
Operating Temperature range | -40 to +177 Deg C |
Operating Humidity range | 30 to 95% RH |
Power Supply | -17.5VDC to 26VDC |
Max. Output Range | Approx -22VDC |
Frequency response | DC to 20KHz (-3 dB) |
Current Consumption | Max -16 mA |
Output Impedance | 50 Ohm |
Sensor tip diameter | From 5mm, 8mm, 11mm, 13.5mm, 26mm |
Connector Material | Stain steel, Gold plated |
Sensor Cable Length | 0.5m or 1m |
Applications
Power Plants, Oil & Gas Industry, Process Industry
|
Specifications
Specification No. | Data Sheet for Hydrazine Analyzer | Sh 1 of 1 |
---|---|---|
1.0 | General | |
1.1 | Manufacturer | HACH Ultra, Geneva, Switzerland |
1.2 | Model No. | 9186 |
2.0 | Sensor | |
2.1 | Type | Ampherometric |
2.2 | Electrodes | Platinum Anode, Stainless Steel Cathode, AG/AGCL Reference Electrode |
2.3 | Cell Material | Acrylic |
2.4 | Range | 0... 500ppb, Freely Programmable |
2.5 | Calibration | 1/ 2 point zero & slope, chemically or electronically |
3.0 | Sample Conditions | |
3.1 | Temperature Pressure | +5....+45oC 0.5...6 bar |
3.2 | Flow Rate | 10-15 LPH [Typical 12 LPH ] |
4.0 | Transmitter | |
4.1 | Type | Microprocessor Based |
4.2 | Display Type | 4 digit, 34 X 67.4 MM backlit LCD matrix |
4.3 | Accuracy | +/- 2% of measured value +<- 1 ppb whichever is greater |
4.4 | Response Time | < 60 seconds |
4.5 | Reproducibility Sensitivity | <=2 % MV <0.2 ppb |
4.6 | Display Details | Concentration, Sample temp., Alarm status, Diagnostics, Cal. Constant, Current output |
4.7 | Analog Output | 2 X 0/4-20MA, DC, galvanically isolated [output storage during calibration] |
4.8 | Temperature Compensation | Manual / automatic through in-built temperature sensor |
4.9 | Enclosure Material | Polyster coated aluminium |
4.10 | Enclosure Protection | IP 65/name 4 |
4.11 | Power Supply | Self adapting 90...265 VAC,50/60 HZ ( 25 VA) |
4.12 | Relay Contacts | 4 dry contacts NO/NC High / low limits alarm System alarm Timer |
4.13 | Diagnostics | High/low cell current, High/low sample temperature, zero/slope calibration error |
4.14 | Reagents / Standards | Liquid ammonia |
4.15 | Weight & Dimensions | 20 KGS, 300(L) X 600(H) X 224(D) |
Specifications
Specification No. 9210 | Data Sheet Silica Analyser | Sh 1 of 1 Rev: 0 |
---|---|---|
1.0 | General | |
1.1 | Manufacturer | HACH Ultra, Geneva, Switzerland |
1.2 | Model No. | 9210 |
1.3 | No. of Channels | 1-6 channel |
2.0 | Sensor | |
2.1 | Method | Photometric Silico Molybdene Blue Color/ Calorimetric |
2.2 | Light Source | Single Beam infrared LED at 820 nm and reference beam |
2.3 | Cycle Time | Less than 9 Min |
2.4 | Range | 0-1000 ppb & 0-5000 ppb |
2.5 | Calibration | Automatic two point Chemical zero and slope |
2.6 | Calibration Cycle | 2-240 Hrs Programmable |
2.7 | Flow Cell | Acrylic Unit, Conical design bubble Expelling |
3.0 | Sample Conditions | |
3.1 | Temperature | +5...+50 deg C |
3.2 | Pressure | 0.2-6 Bar |
3.3 | Flow Rate | 15-20 L/H during Sampling |
4.0 | Transmitter | |
4.1 | Type | Microprocessor based |
4.2 | Accuracy | +/- 2% or 0.5 ppb whichever is greater. |
4.3 | Repeatability | +/- 2% or 0.5 ppb whichever is greater. |
4.4 | Display Type | Backlit LCD Digital |
4.5 | Display Details | Conc. Current O/P on LCD Calibration, Flush Mode, Standby mode, Relay Status By LEDS |
4.6 | Mounting | Panel Mounted |
4.7 | Process Connection | 6 mm OD PE Tubing |
4.8 | Analog Output | 4-20 mA. DC, Galvanically isolated.900 Ohm Max Load for Each Stream |
4.9 | Enclosure Material and Protection | Panel- Polystyrene |
4.10 | Relay Outputs | 2 Adjustable Relays andOne System relay 250VAC,5A |
4.11 | Power Supply | 230VAC,50Hz, 80 VA |
4.12 | Diagnostics | Lack Of Sample, Photometer fault & Calibration Error |
4.13 | Cable Glands | PG13 |
Specifications
Design | Tube Coil in Shell Counter Flow |
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Mounting | Surface |
Material | ASTM A312, Tp-304 |
Shell Design Pressure | 10 Kg/cm2 |
Test Pressure | 15 Kg/cm2 |
Max. CW Pressure | 6 - 7 Kg/cm2 |
Shell Material | ASTM A312, Tp-304 |
Coil Material | ASTM A213, Tp-316 |
Seamless Tube OD x Thickness | 1/4" ODd, 20 Swg |
coil Test Pressure | 375 Kg/cm2 |
max. Sample Pr. | 250 Kg/cm2 |
max. Sample Temp. | 560 Deg.c. |
pressure | 2 - 7 Kg/cm2 |
cooling Water Temperature | 30 ~ 40 Deg C |
Flow | 2000 Lph (max) |
connection | |
sample Inlet | 1/4" OD |
sample Outlet | 1/4" OD |
Cooling Water | 3/4" NPT (F) |
Note
|
We offer unbeatable Vibration Analysis & Diagnosis Service to the clients. We have a team of highly experienced professionals who have in-depth knowledge of Vibration Spectrum Analysis. The professionals do a feasibility study of the clients plants so that the plant utility need can be accessed. After the analysis of the plants on different parameters, the most viable solution is provided to the clients. Apart from this, we are acknowledged as a major Diagnosis Service Provider in the country.
HighlightsWe have earned a huge reputation in the market for offering the best Vibration Monitoring Services to the clients. Owning to our industrial expertise and huge experience in the field of Portable Vibration Monitoring Services, we serve the clients in the most customized manner. Every aspect of vibrating system in a plant is taken care by a seasoned team of professionals. In addition to this, we are also regarded as one of the trusted providers of Vibration Monitoring Consulting Services in India.
HighlightsWe have been offering unbeatable Packaged Technology Solutions as a prominent Specialist in Process Efficiency and Energy Conservation. The services are offered to all the process industries in the customized and professional manner. We have experience of more than six decades in this field.
Highlights of the Services :Considered as a leading Specialist in Process Efficiency and Energy Conservation, Forbes Marshall provides Packaged Technology solutions to the process industry. Over the last six decades, through joint ventures, technology tie-ups and focused investment in manufacturing and research, Forbes Marshall has added products and services to serve complex needs in industry.