ZTP-30 Dry Claw Vacuum Pump
Provide gas composition, vapour and particle load, inlet temperature, target pressure, vessel volume and duty cycle. Confirm materials, seals, cooling, inlet protection, exhaust treatment, electrical supply and controls for the proposed configuration. Request documented temperature limits, pressure measurement conditions, noise data and maintenance instructions. Dry compression alone does not establish contamination-free operation or suitability for food, medical or chemical processes; assess the complete installation against the application requirements.
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ZTP-30 Technical Specifications
Listed catalogue values require confirmation for the proposed configuration. Nominal displacement is not pumping speed at every pressure. Confirm the pressure reference, measurement location, gas load, cooling arrangement and test conditions behind each pressure figure. The temperature figure below has no stated measurement location or operating conditions; obtain documented ambient, inlet-gas and component limits before using it as a selection criterion. Verify materials and connection dimensions against the configuration documents and installation drawing.
| Technical Parameter | ZTP-30 Claw Vacuum Pump Specification Details |
|---|---|
| Model Number | ZTP-30 / ZTP30 |
| Pump Structure | Dry Claw Vacuum Pump |
| Nominal Displacement | 30 L/S |
| Ultimate Pressure | -0.085 MPa |
| Motor Power Rating | 3.0 kW |
| Motor Speed | 2880 r/min |
| Intake Port Size | G1 1/4" Thread |
| Exhaust Port Size | G1 1/4" Thread |
| Sealing & Membrane Material | PTFE (Polytetrafluoroethylene) |
| Catalogue Temperature Figure (Conditions Unconfirmed) | < 300°C |
| Machine Dimensions (L × W × H) | 980 × 412 × 408 mm |
| Net Weight / Gross Weight | 185.0 kg (Net) / 200.0 kg (Gross Package) |
| Package Dimensions | 1200 × 550 × 600 mm |
| Origin & Custom Support | Guangdong, China | Confirm warranty duration, coverage, exclusions and service terms in the written quotation. Confirm available OEM / ODM options in the agreed configuration. |
Claw Vacuum Pump Performance Parameters
| Model | Pumping Speed (L/S) | Ultimate Pressure (MPa) | Motor Power (kW) | Speed (r/min) | Weight (kg) |
|---|---|---|---|---|---|
| ZTP30 | 30 | -0.085 | 3 | 2880 | 185 |
| ZTP50 | 50 | -0.085 | 4 | 2880 | 195 |
| ZTP70 | 70 |
Air Cooling: -0.082 Water Cooling: -0.094 | 5.5 | 2880 | 245 |
| ZTP100 | 100 |
Air Cooling: -0.082 Water Cooling: -0.094 | 7.5 | 2880 | 265 |
| ZTP180 | 180 | Water Cooling: -0.094 | 11 | 2880 | 380 |
Dimensions & Port Specifications
| Model | Length (L) mm | Width (W) mm | Height (H) mm | Intake Port (mm) | Exhaust Port (mm) |
|---|---|---|---|---|---|
| ZTP30 | 980 | 412 | 408 | G1¼" | G1¼" |
| ZTP50 | 980 | 412 | 408 | G1¼" | G1¼" |
| ZTP70 | 1209 | 510 | 450 | G2" | G1¼" |
| ZTP100 | 1209 | 510 | 450 | G2" | G1½" |
ZTP-30 Configuration Review
Performance Curve and Motor Review
The ZTP-30 catalogue lists 30 L/s nominal displacement and a 3.0 kW motor. Request the pumping-speed and power curves for the proposed configuration at your operating pressure. Confirm evacuation time against vessel volume, gas load and pipework.
Process Cleanliness and Gas Compatibility
Identify gases, vapours, particles and acceptable process contamination. Confirm wetted materials, seals, inlet separation and exhaust treatment for the exact duty. Dry compression alone does not establish food hygiene compliance, clean exhaust or resistance to aggressive vapours.
Cooling and Temperature Limits
Request the available cooling configuration, required utilities and documented ambient, inlet-gas and component temperature limits. Confirm the pressure reference and test conditions for each quoted performance figure before selecting the cooling arrangement.
Installation and Maintenance
Check connection threads or flange dimensions against the installation drawing. Confirm orientation, vibration isolation, noise measurement conditions and service clearances. Obtain maintenance intervals for filters, seals, bearings and any lubricated drive components, together with startup, shutdown and protective-control requirements.
Application and System Requirements to Review
Define the Application
- Printing and paper handling: Provide suction demand, leakage, operating pressure, cycle timing and paper-dust conditions.
- Vacuum holding and forming: Specify workpiece or mould area, leakage, target pressure and evacuation time.
- Material conveying: Identify the material, gas flow, dust load, separation equipment and process contamination requirements.
- Drying and degassing: List vapour composition, concentrations, temperatures and condensate load for compatibility and protection review.
- Packaging equipment: Provide chamber volume, cycle rate, target pressure and hygiene requirements; request an assessment of the complete system.
Provide System Details
- Target pressure with units, absolute or gauge basis and measurement location.
- Normal and peak gas load, gas composition, inlet temperature and duty cycle.
- Vessel volume, starting pressure, evacuation time and pipework details.
- Inlet filtration or separation, exhaust treatment, cooling utilities and protective controls.
- Electrical supply, installation space, connection dimensions and maintenance access.
- Required documentation and application-specific acceptance criteria for the proposed configuration.
Frequently Asked Questions (FAQ)
What information is needed to select the ZTP-30?
Provide the target pressure, gas composition and load, inlet temperature, vessel volume, evacuation time and duty cycle. Request pumping-speed and power curves for the proposed configuration. Catalogue displacement alone does not establish performance at your operating pressure.
Does dry claw compression establish contamination-free operation?
No. Review the complete gas path, seals, inlet separation, exhaust treatment and maintenance requirements against the acceptable contamination level. Dry compression alone does not establish suitability for food, medical or chemical processes.
How should cooling and temperature limits be confirmed?
Request the cooling arrangement and required utilities for the quoted model. Obtain documented ambient, inlet-gas and component temperature limits, together with the pressure reference and performance test conditions. A seal material name alone does not establish the temperature or chemical limits of the complete pump.
What should an OEM or replacement inquiry include?
Provide the electrical supply, existing nameplate, installation drawing, connection dimensions and service clearances. Identify required motor, adapter, finish or branding changes and ask which options are available. Confirm drawings, protective controls and maintenance instructions before approving the configuration.
Ready to Upgrade Your Industrial Vacuum System?
Use the vacuum pump inquiry checklist to share operating requirements, quantity and destination. Request a proposed configuration, supporting drawings and a project-specific quotation.