Mixer truck Double Lever control box

Product Specification

Mixer truck Double Lever control box

Color:Customized

Lead Time:30 days

ISO 9001:2015 certification

1. Product Parameter (specification)

Dual - Lever Design: It is equipped with two levers, which are respectively used to control different functions, such as one lever for controlling the rotation speed and direction of the mixing drum, and the other lever for controlling the discharge valve or other related components. This design allows for more precise and independent control of each function.

Standard - Size Connectors: It is equipped with standard - size straight - out grease - lubricated connectors. These connectors ensure reliable connections with other components and are convenient for installation and maintenance. In addition, the grease - lubricated design can reduce friction and wear, prolonging the service life of the connectors.

The double - lever control box controls the relevant components of the mixer truck through mechanical linkages or electrical signals. When the operator moves the lever, the mechanical linkage inside the control box will transmit the movement to the corresponding component, such as the hydraulic valve or electric motor, thereby controlling the operation of the mixing drum and the discharge valve. In the case of an electrically controlled system, the movement of the lever will generate an electrical signal, which is transmitted to the controller. The controller then sends out a control command to drive the actuator to complete the corresponding operation.

In modern construction, the efficiency and quality of concrete pouring directly determine project progress. As a key carrier for concrete transportation and pouring, the control performance of the mixer's discharge system is crucial. The dual discharge controller breaks the operational limitations of traditional single-discharge devices with its unique dual-control collaborative design, enabling flexible regulation and efficient coordination of the discharge process. It has become a core equipment adapting to complex construction scenarios and improving operational efficiency, bringing better control experience and safety guarantees to construction.

Dual-Control Collaborative Design for Flexible Operation

Adopting the core design concept of "independent dual-lever control with collaborative linkage", the dual discharge controller achieves refined division and flexible combination of discharge functions compared to traditional single-lever or multi-button control modes. The two levers correspond to the main and auxiliary discharge systems respectively. Operators can precisely control the opening/closing and stepless speed adjustment of the corresponding discharge valves through independent operation. Meanwhile, the built-in collaborative logic enables synchronous start-stop and speed matching of the two systems in dual-path discharge mode, eliminating repeated adjustments and greatly enhancing operational convenience.

Ergonomically designed, the levers feature precisely calibrated length and damping, ensuring smooth operation and clear feedback. Operators can accurately grasp the discharge status with subtle movements. Both new and experienced operators can quickly adapt, reducing training costs and operational fatigue even under long-term high-intensity conditions.

Versatile Scene Adaptability for Efficient Complex Construction

Construction scenarios vary greatly, with distinct discharge requirements for different projects and processes. The dual discharge controller excels in adapting to these diverse needs. In large bridge pouring requiring continuous uniform discharge, it ensures density; in residential construction needing frequent adjustments of discharge volume and direction, it enables flexible switching; in municipal road maintenance, it allows easy switching between main and auxiliary systems to balance efficiency and precision. Its fast response ensures instant adjustment of discharge status, avoiding concrete accumulation or shortage and guaranteeing smooth construction progress.

Stable and Reliable Performance for Uninterrupted Operation

Construction environments are often harsh with dust, vibration and temperature changes, demanding high stability and durability. The dual discharge controller is designed to adapt to extreme conditions through optimized internal transmission structure and enhanced sealing performance. Core components undergo rigorous strength and wear resistance tests to extend service life. The fully sealed shell prevents dust, rain and debris from entering, avoiding jamming and short circuits. It maintains stable performance in high temperature, rainy or cold environments, reducing downtime, improving efficiency and lowering maintenance costs for construction parties, ensuring uninterrupted concrete pouring.

Comprehensive Safety Protection

Safety is the core premise of construction. The dual discharge controller integrates multiple safety mechanisms. It is equipped with dual safety locking functions to prevent accidental discharge caused by misoperation. When abnormal pressure or fault signals are detected, the system automatically triggers emergency shutdown to cut off the discharge control circuit. Additionally, the concise control panel with clear marks facilitates quick identification. The compact design fits the cab layout without affecting other operations, and regular maintenance can be performed without professional tools, enhancing operational convenience.

As a core component of the mixer's discharge system, the dual discharge controller provides a more efficient, precise and safe discharge solution with its flexible dual-control design, versatile adaptability, stable performance and comprehensive safety protection. It simplifies operation processes in complex conditions, improves efficiency and quality, reduces labor and maintenance costs, and becomes an important direction for the upgrading of modern mixing equipment, supporting the high-quality development of the construction industry.

2. Production details