Anchor Chain Shot Blasting Systems
Select a chain-cleaning configuration around diameter, pitch, mass per metre, current surface and required finish. Model comparison starts with geometry and handling, not chain grade alone.
| Review field | Information to confirm |
|---|---|
| Geometry and mass | Bar diameter, link pitch, width and height, mass per metre and length to be processed. |
| Travel and coverage | Guide arrangement, traction, infeed/outfeed support and accessible link surfaces. |
| Surface and output | Scale or corrosion condition, required finish, coating interface and output target. |
Review the Chain and its Travel Path
The guide arrangement and chain geometry affect model suitability. Review infeed and outfeed support, traction, access and the interfaces to the next process.
Model Geometry and Wheel Configuration
Compare the approved model core below. HT500 and HT715 diameter ranges remain approximate and conditional on guide-wheel, pitch and workpiece review. Typical process ranges must not be treated as the full mechanical envelope.
HT400
Mechanical/model diameter range: Φ16–52 mm.
Reference / conditional: Typical process diameter range: Φ22–50 mm.
Blast-wheel quantity: 3 wheels.
Power per blast wheel: 11 kW.
Review chain geometry and guide arrangement; chain grade alone does not select a model.
Typical process range, not the entire mechanical envelope.
HT500
Reference / conditional: Mechanical/model diameter range: approx. Φ50–127 mm.
Reference / conditional: Typical process diameter range: Φ60–124 mm.
Blast-wheel quantity: 3 wheels.
Power per blast wheel: 15 kW.
HT500/715 minimum diameter subject to guide-wheel, pitch and workpiece review; chain grade alone does not select a model.
Typical process range, not the entire mechanical envelope.
HT715
Reference / conditional: Mechanical/model diameter range: approx. Φ80–152 mm.
Blast-wheel quantity: 3 wheels.
Power per blast wheel: 18.5 kW.
HT500/715 minimum diameter subject to guide-wheel, pitch and workpiece review; chain grade alone does not select a model.
Travel Speed and Abrasive Flow
Reference travel speeds depend on chain pitch, mass per metre, surface condition and required cleaning. The listed abrasive flow is total wheel abrasive flow; it does not state chain tonnes per hour.
HT400
Reference / conditional: Workpiece travel speed: 0.5–3.0 m/min.
Reference / conditional: Abrasive flow: 600 kg/min.
Depends on chain pitch, mass per metre, surface condition and required cleaning; not guaranteed throughput.
Total wheel abrasive flow, not workpiece tonnes/hour.
HT500
Reference / conditional: Workpiece travel speed: 0.2–1.5 m/min.
Reference / conditional: Abrasive flow: 750 kg/min.
Depends on chain pitch, mass per metre, surface condition and required cleaning; not guaranteed throughput.
Total wheel abrasive flow, not workpiece tonnes/hour.
HT715
Reference / conditional: Workpiece travel speed: 0.2–1.0 m/min.
Reference / conditional: Abrasive flow: 840 kg/min.
Depends on chain pitch, mass per metre, surface condition and required cleaning; not guaranteed throughput.
Total wheel abrasive flow, not workpiece tonnes/hour.
Utilities Follow the Selected Configuration
Installed power and dust-system references require the final motor list, pressure-loss calculation and project dust-system selection. Elevator and separator ratings and inlet static load must be confirmed separately.
HT400
Reference / conditional: Total installed power: 57 kW.
Reference / conditional: Dust fan power: 11 kW.
Reference / conditional: Dust airflow: 10000 m³/h.
Model reference/design configuration; final motor list, pressure loss and dust-system selection are project-specific.
HT500
Reference / conditional: Total installed power: 76.5 kW.
Reference / conditional: Dust fan power: 15 kW.
Reference / conditional: Dust airflow: 12500 m³/h.
Model reference/design configuration; final motor list, pressure loss and dust-system selection are project-specific.
HT715
Reference / conditional: Total installed power: 99 kW.
Reference / conditional: Dust fan power: 22 kW.
Reference / conditional: Dust airflow: 20000 m³/h.
Model reference/design configuration; final motor list, pressure loss and dust-system selection are project-specific.
Define the Surface Acceptance
Provide the incoming surface condition, required cleanliness, inspection criteria and next process. Cleaning does not establish a fatigue-life or structural-strength improvement without a separately validated process.
Plan Service Around the Machine Identity
Identify the model, wheel and wear-part configuration when requesting technical or parts support. Scope and site arrangements are agreed for the equipment.
Chain Selection Questions
Use separate geometry, process and capacity fields in the enquiry.
Does chain grade select a model?
No. Review diameter, pitch, mass per metre, guides and required cleaning together.
Is the minimum diameter fixed for HT500 and HT715?
The published ranges are approximate. Minimum diameter remains subject to guide-wheel, pitch and workpiece review.
Does abrasive flow specify chain throughput?
No. Keep workpiece throughput, abrasive flow, elevator rating, separator rating and static inlet load separate.
Request Your Chain Machine Configuration
Provide chain diameter, pitch, grade, mass per metre, current surface, finish requirement, output target, handling arrangement and site utilities. Include a drawing or specification.
