Technical Overview: JTVBS Mini Electric Chain Hoist Series

The JTVBS Mini Electric Chain Hoist series has been introduced to provide a lightweight, high-utility solution for light-duty lifting and material handling. Designed specifically for applications where space is at a premium and portability is a priority, the JTVBS minimizes physical bulk without sacrificing operational safety or capacity.

Key Engineering Features

The series is built around a compact frame, offering a weight-to-performance ratio optimized for field maintenance, light manufacturing, and assembly environments.

• Ultra-Light Construction: The base unit weighs only 7.2kg, facilitating easy transport and single-operator installation.

• Industry-Leading Compactness: Featuring a minimum distance between hooks of 280mm, the JTVBS currently offers one of the smallest headrooms in the industry, making it suitable for operation in extremely tight overhead spaces.

• High-Strength Load Chain: The hoist utilizes a 3mm Class V surface-hardened oxide chain, designed for a minimum breaking force of 1000MPa, ensuring high durability under load.

• Safety Integration: Each unit comes standard with integrated overload protection to prevent mechanical failure during operation.

• Flexible Deployment: The unit includes high-strength, flexible chain bags for efficient storage and management of the lift chain.

Technical Specifications

The JTVBS series is available in three configurations, compatible with standard global voltage ranges (100-120V AC and 200-240V AC).

Note: All models are designed for 3-meter standard lift height.

Operational Utility

The JTVBS is engineered for users who require precise, controlled lifting in environments that cannot accommodate large, fixed cranes or heavy hoists. With a 205W motor, the unit provides consistent speed and performance while maintaining a low electrical footprint.

The design focuses on ease of use and space optimization, ensuring that the hoist can be utilized in vertical storage areas, service workshops, and installation sites where maneuvering traditional equipment is constrained by physical dimensions.