Products Description of Automated loading arm

Automated loading arms are divided into truss-type and rotating-arm type. The choice between the two depends on the specific conditions and application scenarios of the site, as they each have distinct characteristics.

Product types

The truss-type automatic loading arm is a truss-type structure, this fully automated loading arm is designed to seamlessly fit the foundation and space of traditional manual arms. Perfect for retrofitting and upgrading existing systems, it delivers a space-saving and highly cost-effective automation solution.

It is specialized equipment used for the automated filling or unloading of road tankers and railway cars. It deeply integrates advanced technologies such as the Industrial Internet of Things (IIoT), visual recognition, and intelligent control, achieving fully automated and unmanned operations throughout the entire tanker loading and unloading process.

Rotating-arm automatic loading arm is a rotary-arm structure, this fully automated loading arm is designed to seamlessly fit the foundation and space of traditional manual arms. Perfect for retrofitting and upgrading existing systems, it delivers a space-saving and highly cost-effective automation solution.

Products Parts

1	2	3	4
Overall Structure	Modular Motion Unit	Electric Drop Pipe	Visual Recognition Unit

Products Features

One-Touch Operation:

Safety & Environmental Protection

Cost Reduction & Efficiency Improvement

Supports fully automated, quantitative, and sealed loading throughout the entire process. Key features include automatic fast alignment, vertical pipe lowering, patrol-based retraction, and smart interlocking, requiring zero manual on-site intervention.

Equipped with leak monitoring and remote data transmission capabilities. The system can automatically halt the loading process if potential hazards are predicted by the control system. Additionally, an integrated vapor recovery unit (VRU) is provided to effectively reduce safety risks and enhance environmental compliance.

Significantly reduces the high labor intensity and safety risks associated with traditional manual operations (such as personnel working on top of tankers). It greatly decreases the required on-site staffing while boosting production organization efficiency and informatization levels.

System Architecture Diagram

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Products Specifications

No.	Item	Parameters / Specifications
1	Tag No.	(To be specified)
2	Medium	(To be specified)
3	Model	AW-AI-ZLCG-02
4	Nominal Diameter	Liquid Phase: DN100
5	Quantity	1 Unit
6	Pipe Material	Selected based on the medium
7	Design Temperature (℃)	-20℃ to 80℃
8	Operating Temperature (℃)	Ambient temperature
9	Operating Pressure (MPa)	0.5 MPa
10	Design Pressure (MPa)	1.6 MPa
11	Flow Rate	0–100 m³/h
12	Flange Standard	HG/T20592-2009 WN/RF PN16
13	Equipment Weight	1,000 kg
14	Overall Dimensions	Truss: 4,600 × 1,000 × 4,000 mm
15	Accessories	Automatic positioning device, residual liquid drainage device, and matching control system
16	Drive Type	Dual electric servo motors
17	Total Power Consumption	Rated Voltage: AC 220V; Rated Power: 2 kW
18	Utilities	Compressed air: 0.15 Nm³ per loading cycle
19	On-site Installation Height	Residual liquid collector positioned 150 mm above the tank opening
20	Foundation Live Load Requirement	5 KN/m²
21	Surface Treatment	2 coats of epoxy zinc-rich primer, followed by 2 coats of topcoat