LPRTS ( Low Pressure Reducer and Thermal shut off)
Description
MODEL: SE-LPRTS-14
The LPRTS is an integrated safety and pressure-control unit designed to deliver stable low-pressure output while simultaneously providing thermal shut-off protection. It automatically reduces high upstream pressure and closes the line in the event of abnormal temperature rise, preventing overheating and safeguarding sensitive downstream equipment. Compact, reliable, and maintenance-friendly, the LPRTS is ideal for analyzer systems, steam lines, and industrial process utilities.
Features
• recise Low-Pressure Regulation
• Integrated Thermal Shut-Off Mechanism
• Fail-Safe Safety Design
• Compact & Robust Construction
• Corrosion-Resistant Materials
• Easy Installation & Maintenance
• Compatible with Multiple Utilities
• Enhanced Equipment Protection
• Compliance with Industry Safety Standards
Specifications:
| Specifications |
|---|
| INLET AND OUTLET CONNECTION- ¼” OD |
| Inlet pressure 10Kg/cm2(Min. Inlet pressure 30Kg/cm2) |
| Material: SS316 |
| Regulator: 3 BAR (REGULATED) |
SAMPLE FILTER
Description
The Sample Filter is a critical component of the Steam and Water Analysis System (SWAS), designed to remove suspended particles, corrosion products, and impurities from steam and water samples before they enter analyzers. It ensures clean, stable, and representative samples for accurate measurement of key parameters such as conductivity, pH, silica, sodium, and dissolved oxygen. Engineered with high-efficiency filtration media and corrosion-resistant materials, the sample filter enhances analyzer protection, minimizes maintenance, and improves the overall reliability of the SWAS system.
Features
1) Design pressure 400 Bar, temperature 650'C
2) 40 Micron Sintered Stainless Steel filter element
3) Compact Design
4) Spring Loaded, Easy to clean
5) Stainles steel body material
Specifications:
| ITEM : 5A | SAMPLE FILTER |
|---|---|
| FILTER ELEMENT | WORKING PRESSURE - 250 Bar |
| FILTER ELEMENT | TEST PRESSURE - 375 Bar |
| FILTER ELEMENT | WORKING TEMP. - 100 Deg. C |
| FILTER ELEMENT | PR. DIFFERENTIAL ACROSS THE FILTER AT 60 LPH - LESS THAN 2 Bar |
| FILTER ELEMENT | MICRON RATING - 40 MICRON |
| FILTER ELEMENT | MATERIAL OF CONSTRUCTION - SS-316 |
| FILTER ELEMENT | SHAPE - CYLINDRICAL |
| FILTER ELEMENT | ELEMENT MOUNTING - SPRING LOADED FOR EASY CLEANING |
| FILTER HOUSING UNIT | WORKING TEMP. - 100 Deg. C |
| FILTER HOUSING UNIT | TEST PRESSURE - 375 bar |
| FILTER HOUSING UNIT | SEATING MATERIAL - STAINLESS STEEL AISI-316 |
| FILTER HOUSING UNIT | TEMP. RATING - 100 Deg.C. |
| FILTER HOUSING UNIT | END CONNECTIONS - ¼” OD DOUBLE FERRULE COMPRESSION FITTING – SS 316 |
| FILTER HOUSING UNIT | SHAPE - “T” TYPE CONSTRUCTION |
Isokinetic Sample Probe
Description
Isokinetic Sample extraction probes are designed to extract saturated and superheated steam samples isokinetically at high temperatures and pressure, ensuring extraction of a representative sample from the process steam lines.
Features
• Designed for supercritical power plants.
• Rugged design, highly resistant to thermal and hydraulic shocks.
• Easy to install.
• Eco-friendly material.
• Designed for high pressure upto 400 Bar
• Design Temperature : 610oC
• Material of construction : SS-316H
• Dual Isolation valves for maintenance and safety shutoff
• Installed and working many power plants upto 800MW
Benefits
• Extracts steam isokinetically i.e. extracts all impurities in line.
• Avoids sample contamination during extraction.
• Ensures true representative sample for accurate analysis in parts per billion (ppb) level.
Isolation & Blow Down Valves
Description
The High-Temperature Valve is a critical isolation and control component used in Steam and Water Analysis Systems (SWAS) to safely regulate high-temperature steam and boiler water samples. Engineered to withstand extreme temperature and pressure conditions, the valve ensures safe sampling, accurate flow control, and reliable protection of downstream equipment such as coolers, pressure reducers, filters, and analyzers.
Constructed from high-grade, corrosion-resistant stainless steel, the valve delivers exceptional thermal stability, leak-tight operation, and extended service life even in demanding boiler applications. Its robust design prevents thermal fatigue and guarantees safe isolation during maintenance, shutdown activities, or emergency situations.
The valve is IBR (Indian Boiler Regulations) certified, ensuring full compliance with regulatory requirements for boiler and steam system components. This certification guarantees that the valve meets stringent safety, material, and performance standards mandated for use in high-pressure and high-temperature steam lines.
By maintaining controlled sample flow and adhering to IBR standards, the High-Temperature Valve enhances operator safety, ensures dependable sample conditioning, and supports accurate SWAS monitoring in power plants and process industries.
Features
• IBR Certified for use in boiler and steam-line applications as per Indian Boiler Regulations.
• High-temperature resistant design, suitable for continuous exposure to superheated steam and hot boiler water.
• High-pressure capability, engineered for safe operation in power plant sampling lines.
• Corrosion-resistant stainless-steel construction (SS316 / SS316L / Duplex optional).
• Compatible with SWAS sample conditioning equipment including coolers, PRVs, filters, and analyzers.
• Safe isolation capability during maintenance, calibration, or emergency shutdown.
• Compact and rugged design, ideal for panel-mount and skid-mount SWAS applications.
Specifications:
| Parameter | Specification |
|---|---|
| Type | Needle Valve / Globe Valve / Ball Valve (as per design) |
| Certification | IBR Certified (Form III-A / III-C as applicable) |
| Operating Temperature | Up to *550°C* (superheated steam service) |
| Operating Pressure | Up to *250 bar* (based on design rating & class) |
| Body Material | SS316 / SS316L / SS304 / Duplex Stainless Steel |
| Seat Material | Graphite / PTFE / Reinforced PTFE |
| Stem Material | SS316 / SS316L, hardened & ground |
| End Connections | 1/4" , 3/8", 1/2" NPT / BSP / Socket Weld / Butt Weld |
| Flow Coefficient (Cv) | 0.05 to 0.6 (typical for needle valves) |
| Leakage Class | ANSI Class VI (bubble-tight), or as required |
| Surface Finish | Electropolished or satin-finished body |
| Handle Type | T-bar / Knob / Extended Handle (for hot surfaces) |
| Mounting | Panel mounting or inline piping installation |
| Applications | SWAS panels, boiler sampling lines, condensate lines, high-pressure steam sampling |
Sample Cooler
Features
• Single continuous stainless-steel tube with no welded joints ensuring long maintenance-free operation
• Handles steam samples of high pressure (250 Bar) and high temperature (580°C)
• Shell & Tube design, Counter Flow
• Removable Coil for easy replacement
• Low cost & Compact Design ensuring minimum cooling fluid utilization.
• On-Line shell cleaning
• IBR/Lloyds approved cooler coils
• ASME Code Certified : Steam Equipments is an ASME Section VIII Division I Code Certified
Manufacturing Facility
Optional Features
• In-built shell relief valves to protect against unlikely events such as coil failure
• Built-in Thermal Relief Valve
• High Temperature Sample Shut-off Valve
• Monel/Inconel coil coolers for high chloride content cooling water
• Grab Sampling/Root cooler module with panel & accessories
• Titanium cooler coils for HCI applications & other corrosive applications
• ASME U Stamped Cooler Available On Request
Data Required for Selection
of the Sample Cooler
• Sample Inlet Temperature
• Sample Inlet Pressure
• Process Media, and Application
• Cooling Water Inlet Temperature & Quality SAMPLE COOLER
• Sample Flow SAMPLE COOLER
• Sample Outlet Temperature required
Specifications:
| Part Number | Shell Design | Tube Design | Shell Material | Tube Material | Cooling Area | Sample Connection | CW Inlet | CW Outlet |
|---|---|---|---|---|---|---|---|---|
| SC-4-6-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 1.2 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-12-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 2.4 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-18-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 3.5 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-6-INC-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1202°F (250 bar at 650°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 1.2 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-12-INC-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1202°F (250 bar at 650°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 2.4 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-18-INC-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1202°F (250 bar at 650°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 3.5 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-6-6-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 3/8 | 1.7 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-12-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 3/8 | 3.4 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-18-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 5.1 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-6-INC-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 1.7 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-12-INC-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 3.4 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-18-INC-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 5.1 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-8-6-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 2.4 ft² | 1/2" OD | 1 | 3/4 |
| SC-8-12-SS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 | ASTM A213 TP316 1/4 | 5 ft² | 1/2" OD | 1 | 3/4 |
| SC-4-6-C276-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM B622 UNS N10276 1/4 | 1.2 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-12-C276-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM B622 UNS N10276 1/4 | 2.4 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-6-SDSS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 1.2 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-4-12-SDSS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 2.4 ft² | 1/4" OD | 3/4 | 1/2 |
| SC-6-6-C276-K | SC-6-6-C276-K | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 1.7 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-12-C276-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 3.4 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-6-SDSS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 1/4 | 1.7 ft² | 3/8" OD | 3/4 | 1/2 |
| SC-6-12-SDSS-K | 145 psi at 392°F (10 bar at 200°C) | 3626 psi at 1076°F (250 bar at 580°C) | ASTM A312 TP304 | ASTM A213 TP316 3/8 | 3.4 ft² | 3/8" OD | 3/4 | 1/2 |
Coolant Flow Indicator
Description
Sight Flow Indicators
Sight Flow Indicators are local visual indicators of flow rate. Viewing windows at economical prices that are easily replaceable and serviceable.
- • Service: Cooling water line
- • Body Material: SS-316
- • Window: Toughened glass
- • Temperature Limit: 200°C
- • Pressure Limit: 8.5 Kg/Cm2 (g)
- • End Connection: 3/4” OD
Flow Indicators / Controllers
This category contains remote flow indicators and controllers for use with flow transmitters. The weatherproof, UV resistant, large, dual line display allows for more information, making it easier to read and simpler to program.
- • Level monitoring
- • Pump control
- • Flow rate indication
- • Flow totalization
- • Open channel flow monitoring
- • Process control
VRTS(Variable Pressure Reducer and Thermal shut off)
Description
The Variable Pressure Reducer and Thermal shut off (VRTS) is used to reduce the pressure and control the flow of high-pressure steam and liquid samples, and shut off the sample line for high sample temperature. The VRTS is a compact version for pressure reduction. The pressure of the incoming sample is reduced as the liquid is forced to travel through the narrow gap between the tapered rod and the rod opening. Because the work is done over the entire length of the rod, localized wear is held to a minimum. The result is a very long service life compared with devices in which the pressure drop is taken over a very short distance (fixed orifice, pressure regulator, etc.). Other devices erode frequently causing function loss and down time. Thermal shut off valve at the end will close if sample temperature increases by preset value. These type of pressure reducers are recommended by ASME 19.11-1997.
Features
• Designed for high pressure boiler sampling lines above 35 kg/cm2 (500 psig) with inlet pressure upto 375 kg/cm2.
• Used to reduce the sample pressure from 400 bar to 3 bar.
• Outlet pressure totally adjustable. Outlet pressure 0 to 30 bar adjustable.
• Rod-In-Tube Design.
• No Filters Required..
• Built-in thermal shut off valve.
• Built-in pressure relief valve.
• Built-in temp contacts.
• On line grab sample valve.
• On line blow down valve.
• 6 components in one assembly
Benefits
• Maintenance free with online clearing arrangement
• Robust design.
• In line with recommendations of ASME PTC 19.11-2008.
• No Filters Required.
Applications
Use to reduce sample pressure in following applications.
• Steam & Water Analysis Systems
• Boiler water Blowdown systems
• Grab Sampling systems, etc
Specifications:
• Wetted Material: Stainless Steel 316
• Pressure rating: 5680 psig (400 bar(g))
• Temperature rating: 650 °C
• Maximum Flow: 100 LPH (liquid)
• End connections: ¼” (6.4 mm) OD tube
Thermal Shutoff Valve
Description
This valve is installed in the downstream of sampling systems/heat exchanger. The valve responds only to temperature. Under normal operation, the valve is fully open. If the sample temperature increases within the operating temperature (120ºF), The thermal actuator modulates the valve to close the inlet orifice. The valve automatically opens as the thermal actuator cools. The heart of this valve is a solid to liquid phase change thermal actuator. The actuator contains Thermoloid® compound which changes phase from solid to a liquid as the temperature increases. As phase change occurs, the volume of Thermoloid® material changes significantly with the liquid volume greater than the solid volume. Since Thermoloid® is essentially incompressible under normal operating loads & it is sealed into a rigid actuator housing, only piston can move and extend as the volume increases. This motion is used to open or close the valve.
Features
• Automatic: No reset or Operator involvement required.
• No outside Power Source required.
• Rugged, Compact Design, Easy Installation, Fast response.
• Reliable Shut-off : Ram-type plug design provides tight seal upon shutoff.
• Operating temperatures unaffected by pressure.
• Wide Choice of Set points.
• Corrosion Resistant: Materials Stainless steel and Teflon to reduce contamination of Sample stream.
• Operates in any orientation.
• Maintenance free.
Benefits
• Purely Mechanical process.
• Reliable shut-off: Ram-type plug design provides tight seal upon shut off.
• No malfunctioning possibility.
• No operator attention required.
• Keeps costly elements of systems like Analysers safe.
• Maintenance free.
Applications
TSV is used in Steam & Water Analysis Systems, Instrumentation systems, etc.
• Steam & Water Analysis Systems.
• Instrumentation systems.
• Steam and Water Sampling Systems.
• Automatic Thermostatic Bypass.
• Thermostatic Flow Control.
• High or low Temperature Relief Valve.
• High Temperature Safety Shut-off.
• Thermostatic Drain Valve.
• Thermostatic Cooling Water Control.
• Thermostatic Condensate Drain.
• Heat Exchangers.
Specifications:
• Maximum Pressure Rating = 3000 psig
• Maximum Temperature Rating = 120 °C
• Valve Open Temperature (std) = 43 °C
• Valve Close Temperature (std) = 48 °C
• Sample connection = ½” NPT (F)
• Non standard ranges and connections available
Temperature Gauges
Description
The Bimetallic Temperature Gauge operates on the basis of coefficient of thermal expansion of metals. The bi-metal the coil is manufactured from two cold-welded metal strips with different thermal expansion coefficients, which rotate in proportion to temperature. The rotary movement is conveyed to the pointer via a frictionless assembly. A comprehensive range of the standard version facilitates a variety of applications and uses. Adhering to the EN13190 standard, the design and construction of the bimetallic temperature gauge offers a robust and reliable means of temperature measurement with quick response time.
Features
• Compliance to latest EN13190.
• Standard ranges : 0 to 50°C up to 400°C.
• Overload capacity of 130% of FSD.
• Ingress protection to IP68 4” & 6” models.
• Accuracy class: tolerance class 1 as per EN13190.
• Stainless steel casing.
• External zero adjustments (optional).
Applications
• Suitable for clean air & gaseous or liquid media that will not obstruct the pressure system.
Pressure Gauges
Description
The optimal solution for a wide range of industrial applications. An extensive portfolio of pressure gauges equipped with various technologies allow to measure relative, absolute and differential pressure, available in stainless steel, copper, monel, among other special materials. Measuring ranges between 0 … 4 mbar and 0 … 1600 bar and class 0.25.
Features
• Cost effective..
• Sleek design.
• Dry & fillable version.
• Standard followed in general EN 837-1.
Applications
• Suitable for clean air & gaseous or liquid media that will not obstruct the pressure system.
Back Pressure Regulator
Description
Back pressure regulator for gas or liquid service, is used to maintain the constant pressure in sampling system or act in a relief valve capacity. These regulators are generally used at the outlet of grab sample.
Features
• Set pressure: 3 bar, temp: 120°C (max).
• Very compact design.
• Stainless steel diaphragm.
• Fully stainless steel construction.
• 1/4″ OD or 3/8″ OD end connections.
• High Pressure capability upto 10 kg/cm2.
• Suitable for corrosive applications.
• Low operating torque.
• Compact design
Benefits
• Highly Sensitive, Diaphragm type.
• Accurate adjustment.
• Corrosion resistant.
Applications
BPRV are used in Steam & Water Analysis Systems, Instrumentation systems, etc.
• Steam & Water Analysis Systems.
• Instrumentation systems.
Specifications:
• Type: Spring Loaded Diaphragm type.
• Body material: SS 316.
• Inlet Pressure: 3 to 6 kg/cm2.
• Set Pressure: 2.5 kg/cm2.
• Setting: Adjustable with screw.
• Flow: 60 LPH.
• Weight: 1.1 kgs (approx)
Description
Purge Rotameter (ST Series)
A rotameter is a device that measures the volumetric flow rate of fluid in a closed tube. It belongs to a class of meters called variable-area flow meters, which measure flow rate by allowing the cross-sectional area the fluid travels through to vary, causing a measurable effect.
- Fluid: Liquids & Gases
- Density / Sp. Gravity: Upto 85
- Viscosity: Upto 220 cp
- Temperature: Upto 150°C
- Pressure: Upto 8 Kg/em²
- Measuring Range: 6 to 160 LPH water / 10 to 5000 NLPH air/gas
- Line Size: Up to 1” NB
- Materials: SS304/SS304L/SS316/SS316L, PTFE, Monel, Hastalloy
- Connection: Flanged / Screwed BSP/NPT
- Accuracy: ±2% FSD & ±1.5% on request
Rotameters Flow Meter - SC250 & SM250
SC250 & SM250 model metal tube variable area flow meters are suitable for gases, liquids and steam flow measurement. It uses a robust metal tube construction with an optional plastic liner to handle tough and corrosive process fluids.
- Linear scales
- High performance in extreme working conditions
- High resistance to temperature, pressure and corrosion
- Low pressure drop
- Damping mechanism to avoid float bounces in gas applications
Rotameters Flow Meter - 6001/6002 Glass Tube
6001/6002 series glass tube rotameters are designed according to VDI/VDE 3513 standards. Its clear borosilicate tapered glass tube with scales help flow reading with great accuracy and ease. End connection options such as screwed end connections, flanges and sanitary couplings make it suitable for all kind of process industries.
- Easy Installation, no straight pipe required
- Low pressure drop
- Adjustable alarms (magnetic / infra-red)
- Borosilicate glass measuring tube
- Steel construction with Polyamide 11
- Connections: Steel, SS316, PVC, PTFE
Rotameters Flow Meter - 2000 Series Purge Meters
2000 series variable area purge meters use a tapered borosilicate glass tube with a fine threaded regulating valve for precise flow adjustment. Various flow tube lengths such as 100 mm, 150 mm and 300 mm are available. It’s compact construction with reduced dimensions facilitates easy installation and mounting on control panels
- Easy Installation
- Short mounting length
- No straight pipe required
- Vertical or Horizontal mounting options
- High & Low flow alarms
- Constant flow regulators RCA or RCD
Cation Columns
Description
The Cation Exchange Column is an essential component of the Steam and Water Analysis System (SWAS), used to remove positively charged ions such as calcium, magnesium, sodium, and other cationic impurities from boiler water and condensate samples. This ensures accurate cation conductivity measurement, enabling early detection of ionic contamination and corrosion risk in power plant water-steam cycles.
The system is available in Single Column and Duplex Column configurations.The Single Column design provides reliable ion-exchange performance for standard sampling applications, offering stable conditioning of samples in continuous operation.The Duplex Column configuration features two ion-exchange units arranged for uninterrupted operation, allowing one column to remain in service while the other is in regeneration or standby mode. This ensures maximum uptime, redundancy, and consistent sample quality, especially in critical process and high-demand environments.
Features
1) Slim Design for better performance.
2) Color indicating type of resin.
3) Optional quick - disconnecting kit.
4) Designed for Max Pressure upto 10 Bar
5) Design Temperature: 80 C
6) Easy replacement of resin.
7) More than 3000 cation columns installed worldwide
Specifications:
| MODEL | SE-CC-14 |
|---|---|
| Pipe diameter | 60 mm OD |
| Pipe diameter | With CAP 70 mm OD |
| Height | 300 mm |
| Material of Construction | Clear Acrylic |
| End Connections | 1/4 |
| MAX PRESSURE | 6 KG/CM2 |
| MAX TEMP. | 80 DEG.C RESIN |
| RESIN | C-20 H+ |
| Resin Qty | 900 ML |
| MODEL | SE-RC-13 |
|---|---|
| Pipe diameter | 60 mm OD |
| Pipe diameter | With CAP 70 mm OD |
| Height | 300 mm |
| Material of Construction | Clear Acrylic |
| End Connections | 1/4" OD |
| MAX PRESSURE | 6 KG/CM2 |
| MAX TEMP. | 80 DEG.C |
| RESIN | C-20 H+ |
| 3 Way Ball Valve | PVC mounting clamps |