Innovative 30 Tons RGV Enables Efficient Transfer of Columnar Molds
Recently, our company's 30 tons battery powered RGV (Rail Guided Vehicle), designed specifically for the heavy duty foundry industry, officially entered service at a large foundry.
This innovative technology addresses the challenges of cross-regional transfer of columnar molds. With its unlimited battery power, high temperature resistance, and positioning accuracy, this equipment has become a core component for logistics upgrades in modern intelligent foundries.
Durability
The equipment features a box-girder frame design with cast steel wheels and a dual longitudinal and transverse wheel system, capable of carrying up to 30 tons and operating smoothly. Hollow guardrails surround the tabletop, along with an integrated electrical box and canopy, ensuring reliable operation in high temperatures, dust, and inclement weather. An explosion proof housing and hydraulic lifting mechanism further enhance safety, meeting the demanding working conditions of a foundry.
Intelligent Control and Precise Positioning
The RGV is equipped with a wireless remote control and PLC encoding dual control system, coupled with an LED display for real-time operating status feedback, ensuring convenient and efficient operation.
Laser dead man stop and audible and visual warning lights provide multiple safety features, while millimeter-level positioning technology ensures precise mold loading and unloading.
The V-frame and hydraulic lift rod accommodate various cylindrical mold sizes, flexibly addressing diverse handling needs.
Unlimited Range and Scenarios
The battery powered design breaks free from the constraints of traditional cables, enabling flexible transport without distance restrictions. Its high temperature resistance and dedicated V-frame configuration perfectly match the high temperature mold transport needs of foundries, significantly reducing labor costs and increasing production efficiency by over 30%.
Industry Value
The launch of this RGV marks a key step forward in the foundry industry's move toward intelligent and unmanned operations. Its core advantages of robust structure, precise positioning, and wide application scenarios will effectively address the challenges of heavy mold handling, helping companies achieve the dual goals of cost reduction, efficiency improvement, and safe production.
