Product Description
Pulsatron Series X Explosion Proof Pump
The Pulsatron Series X Explosion Proof Pump provides accurate chemical dosing in hazardous industrial environments. Moreover, it combines certified hazardous-location protection with proven Pulsafeeder diaphragm metering technology.
The integrated explosion-proof construction simplifies installation. Therefore, a separate protective enclosure may not be required in many applications.
Additionally, the pump supports safe chemical injection in demanding industrial facilities across India. These include oil and gas, petrochemical, water treatment and chemical-processing plants.
Explosion-Proof Chemical Dosing for Hazardous Areas
Flammable gases, vapours and combustible dust can create serious operational risks. Therefore, equipment installed in these areas must meet the required hazardous-location classification.
The Pulsatron Series X Explosion Proof Pump carries comprehensive ratings for gas, vapour and dust environments. Moreover, its rugged aluminium enclosure helps contain internal electrical events.
As a result, the pump helps protect personnel, nearby equipment and production processes.
Pulsatron Series X Hazardous-Location Ratings
- Class I, Division 1, Groups C and D, T5: Flammable gases and vapours
- Class I, Zone 1, Group IIB T5: International hazardous gas classification
- Class II, Division 1, Group E: Combustible metal dust
- Class II, Division 2, Groups F and G: Carbonaceous and non-conductive dust
- Class II, Zone 20, Group IIIC: International combustible dust classification
However, the required classification may differ between projects. Therefore, always confirm it with the project consultant, electrical engineer or site safety team.
Key Benefits of the Pulsatron Series X
The Pulsatron X hazardous-location pump offers several operational advantages:
- Integrated explosion-proof pump and control design
- Accurate dosing within ±2% of maximum capacity
- Flow capacities from 4.9 to 94.6 litres per hour
- Maximum operating pressures from 2 to 21 bar
- Wide 100:1 turndown ratio
- Manual stroke-rate adjustment
- Manual stroke-length adjustment
- Optional 4–20 mA automatic control
- Optional external pacing with stop function
- Guided ball check valves for reliable priming
- Corrosion-resistant aluminium housing
- Multiple chemical-resistant wetted materials
- Single-phase 115 VAC or 230 VAC power options
Moreover, these features provide flexibility across different chemical-dosing systems. As a result, the pump can support both simple and automated processes.
Accurate and Reliable Chemical Metering
The Pulsatron Series X uses solenoid-driven diaphragm technology. Specifically, this positive-displacement design delivers a controlled chemical volume during every stroke.
Operators can adjust both the stroke rate and stroke length. Therefore, they can control the chemical-feed rate more precisely.
In addition, guided ball check valves support dependable priming. They also help reduce backflow during operation.
The pump delivers dosing reproducibility within ±2% of maximum capacity. Consequently, it can reduce chemical waste and improve process consistency.
Moreover, accurate dosing helps protect downstream equipment. It may also reduce maintenance requirements and chemical consumption.
Flow and Pressure Performance
The Pulsatron X range includes five models for different flow and pressure requirements.
Available performance ranges include:
- Flow: 4.9 to 94.6 litres per hour
- Daily capacity: 31 to 600 gallons per day
- Pressure: 2 to 21 bar
- Pressure in PSI: 30 to 300 PSI
- Turndown ratio: 100:1
Therefore, users can select a model for low-flow, high-pressure or higher-capacity applications.
However, the correct model depends on several operating conditions. These include flow, discharge pressure, temperature and chemical properties.
Chemical-Resistant Material Options
Different chemicals require different wetted materials. Therefore, the Pulsatron X offers several pump-head and valve-material combinations.
Available Pump-Head Materials
- Glass-filled polypropylene
- PVC
- PVDF
- 316 stainless steel
Available Valve-Ball Materials
- Ceramic
- PTFE
- 316 stainless steel
- Alloy C
In addition, seat and O-ring options include PTFE, CSPE and Viton. The diaphragm also uses PTFE-faced and CSPE-backed construction.
As a result, the pump can handle a wide range of compatible industrial chemicals.
However, chemical concentration and temperature can affect material compatibility. Therefore, compatibility must be checked before selecting the final configuration.
Pulsatron Series X Applications in India
The Pulsatron Series X Explosion Proof Pump suits classified industrial areas throughout India.
For example, it can support operations in Maharashtra, Gujarat, Tamil Nadu, Telangana, Karnataka, Odisha and other major industrial regions.
Oil and Gas Facilities
The pump can inject corrosion inhibitors, biocides and process chemicals. Moreover, it can operate in correctly classified production and treatment areas.
Refineries and Petrochemical Plants
The pump supports additive injection, pH adjustment and chemical treatment. In addition, it can assist with controlled dosing in hazardous processing zones.
Chemical-Processing Facilities
The pump provides controlled dosing of compatible acids, alkalis and process chemicals. Therefore, it supports stable and repeatable operating conditions.
Industrial Water Treatment
The pump can dose chlorine, antiscalants, coagulants and pH-control chemicals. Moreover, it is suitable for hazardous water-treatment locations when the classification matches the selected model.
Wastewater-Treatment Plants
The pump supports disinfection, odour control and chemical conditioning. As a result, treatment processes can remain more consistent.
Pharmaceutical Manufacturing
The pump provides controlled chemical feed in classified manufacturing areas. Additionally, precise dosing can support improved process repeatability.
Power and Utility Plants
The Pulsatron X can support boiler-water and cooling-water treatment. Therefore, it helps maintain important utility systems.
Flexible Control and System Integration
Manual controls allow operators to adjust dosing directly at the pump. Therefore, the unit can work in straightforward standalone applications.
For automated systems, an optional 4–20 mA input is available. As a result, the dosing rate can follow an external process signal.
In addition, external pacing with a stop function is available. This option provides greater control in integrated chemical-dosing systems.
Compatible Accessories
- Pulsation dampeners
- Pressure gauges
- Calibration columns
- Back-pressure valves
- Chemical storage tanks
- Process controllers
- KOPKit maintenance kits
- Pre-engineered dosing systems
Moreover, these accessories can improve dosing accuracy and system protection. Consequently, they help create a complete chemical-dosing package.
Why Choose the Pulsatron Series X?
The Pulsatron X combines hazardous-area protection with precise chemical metering. Moreover, its integrated construction can simplify installation.
As a result, the system may require fewer external components. It can also reduce installation complexity in classified areas.
The Pulsatron Series X Explosion Proof Pump is a practical choice for projects across India that require:
- Certified hazardous-location equipment
- Controlled chemical injection
- Reliable diaphragm pump technology
- Flexible manual or automatic control
- Chemical-resistant wetted materials
- Compact and straightforward installation
Additionally, the wide model range supports different pressure and capacity requirements.
Request a Pulsatron Series X Pump in India
The Pulsatron Series X range is presented through Pumps Bharat for industrial users across India.
To submit an enquiry, please provide the following information:
- Required flow rate
- Maximum discharge pressure
- Chemical name and concentration
- Operating temperature
- Required hazardous-area classification
- Preferred wetted materials
- Required control method
- Installation location
With this information, the available Pulsatron Series X configurations can be evaluated against the application conditions. Therefore, the appropriate model can be identified for the required chemical-dosing duty.