1.Details
EP430 Series: Explosion-Proof Pumps Designed for High-Risk Environments
The EP430 series is a category of peristaltic pumps built to explosion-proof standards. It is specifically designed for handling flammable, explosive, toxic, or hazardous media, while also providing intelligent control and durability. It is a reliable choice for safe transfer in high-risk environments.
Materials + Structure: Dual Assurance for Safety and Durability
- Drive housing / pump head: Aluminum alloy + anti-corrosion coating (corrosion-resistant).
- Rotor / bearings: Stainless steel (high strength, wear-resistant).
- Integrated explosion-proof joints to avoid exposed wiring risks.
- High-sealing design, compatible with IP67 protection level.
Fully Adapted to High-Risk Scenarios Across Industries
- Petrochemical: Transfer of flammable and explosive raw materials or solvents.
- Mining: Safe handling of toxic or hazardous media underground.
- Pharmaceutical: Precise filling of hazardous liquids containing alcohol or organic solvents.
- Other applications: Hazardous chemical storage, high-risk laboratories, and similar environments.
2.Advantages
Three Core Advantages Define the Standard for High-Risk Transfer
High-Level Explosion Protection for Maximum Safety
- Full machine explosion-proof rating: ExdIIBT4Gb / ExdIICT130℃ Db, suitable for Class I/II hazardous explosive environments.
- Full machine protection: IP67 rating, offering “triple protection” against explosion, dust, and water, capable of withstanding harsh conditions.
Smart Control for Efficient Operation
- Integrated control system combining AC servo motor + intelligent control algorithms.
- TFT color display + convenient buttons (start/stop, direction change, speed adjustment, etc.) for intuitive operation.
Durable Construction for Industrial Environments
- Pump head designed for high cleanliness and low maintenance, compatible with multiple tubing types.
- Core components reinforced with durable materials (e.g., stainless steel rotor/ bearings) to extend service life.
3.Specification
Product Selection Recommendation Table
|
Model
|
Image
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Product Number
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Compatible Pump Head
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Compatible Tubing Size
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Number of Rotors
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Number of Channels
|
Reference Flow Range (ml/min)
|
|
EP430-TH35
|
 |
101080071
|
TH35
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73#, 82#, 84#
|
2
|
1
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23.2~15449.5
|
|
EP430-TH25
|
 |
101030057
|
TH25
|
15#, 24#, 35#, 36#
|
2
|
1
|
2.5~3975
|
|
EP430-YZ35
|
 |
101030053
|
YZ35
|
73#, 82#
|
3
|
1
|
13.9~11520
|
Materials of Construction
|
Component
|
EP430-TH35
|
EP430-TH25
|
EP430-YZ35
|
|
Drive Housing
|
Aluminum Alloy
|
|
Drive Housing Surface
|
Anti-Corrosion Coating
|
|
Pump Head Body
|
Aluminum Alloy
|
Engineering Plastic
|
Aluminum Alloy
|
|
Pump Head Body Surface
|
Anti-Corrosion Coating
|
Engineering Plastic
|
Anti-Corrosion Coating
|
|
Rotor Bracket
|
Aluminum Alloy
|
Engineering Plastic
|
Stainless Steel
|
|
Rotor
|
Stainless Steel
|
Molybdenum Disulfide
|
Stainless Steel
|
|
Bearing
|
Stainless Steel
|
Overall Dimensions & Flow/Pressure Curve
 
Technical Specifications
|
Parameters
|
EP430-TH35
|
EP430-TH25
|
EP430-YZ35
|
|
Speed Range
|
1-265 rpm
|
1-265 rpm
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1-600 rpm
|
|
Speed Resolution
|
0.1 rpm
|
|
Drive Mode
|
Servo Motor Driven
|
|
Power Supply
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100~240VAC 50/60Hz
|
|
Power
|
≤500 W
|
|
Operating Environment
|
Temperature 0~40°C, Relative Humidity <80%
|
|
Total Weight
|
18.9 kg
|
|
Adjustment Method
|
Knob Adjustment
|
|
Display
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TFT Color Screen
|
|
External Control Interface
|
RS485 control for start/stop, direction, and speed; dry contact for start/stop; analog signals (current 4-20 mA, voltage 0-5V, 0-10V)
|
|
Communication Method
|
RS485 Interface, ModBus RTU Protocol
|
|
Protection Level
|
IP67
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bio-equip.cn
Duoning Biotech is a leading one-stop bioprocess solutions provider from China, committed to offering products and services required for the discovery, development and commercialization production of biologics, including reagents, consumables, instruments, equipment, and services. Leveraging our integrated bioprocess system, we empower our customers to achieve effective, reliable, lower-cost and higher-quality biologics manufacturing processes.
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