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| Categories | Loading Arms |
|---|---|
| Design pressure: | -0.06MPa~2.5MPa |
| Model Number: | ALD100 |
| Delivery Time: | 20-25 working days |
| Packaging Details: | Wrapped with woven bags |
| Nominal diameter: | DN50~DN200 (liquid phase);DN50~DN100 (gas phase) |
| Brand Name: | COWELL |
| MOQ: | 1 |
| Payment Terms: | T/T |
| Design temperature: | -40℃~+230℃ |
| Certification: | CE |
| Pipeline material: | Aluminum/carbon steel/stainless steel/PTFE lined |
| Place of Origin: | China |
| Company Info. |
| Shanghai Cowell Machinery Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
Top Loading Arm with Dual Arms
Description
Designed for closed-loop top loading and vapor recovery operations, this dual-arm loading system enables the
safe transfer of volatile, hazardous, and toxic fluids to and from road tankers and railcars while minimizing vapor
emissions and ensuring operator safety.
Specifications
Nominal diameter: DN50~DN200 (liquid phase), DN50~DN100 (gas phase)
Design pressure: -0.06MPa~2.5MPa
Design temperature: -40℃~+230℃
Pipeline material: carbon steel/stainless steel/PTFE lined
Drop pipe material: aluminum alloy or other materials
Features
>· >Flexible swivel configuration:
The piping assembly is equipped with four swivel joints, providing
excellent flexibility and allowing the loading
arm to reach tankers positioned anywhere within the operating envelope.
>· >Secure parking position locking:
An inboard arm locking mechanism securely holds the loading arm in
the designated parking position when not in operation.
>· >Smooth and balanced movement:
The spring-cylinder counterbalance system compensates for the
weight of the outboard arm and front-end components,
ensuring smooth, effortless vertical movement.
>· >Efficient pipeline drainage:
A vacuum breaker is integrated to enable rapid drainage of the
piping system and prevent liquid retention after loading
operations.
>· >Enhanced static protection:
An anti-static device effectively dissipates static charges and
stray currents generated by fluid flow through the piping system
during loading and unloading operations, improving operational safety.
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