Low Speed Electric Winch

Ref Price:

Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 30 unit/month

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

YHX Building Hoist SC150/150

CMAX Construction Hoist SC200/200

CMAX SC100/100 Construction Hoist

The Multifunctonal Construction Hoist with Hot Galvanzed Cage

Elevator Three-Drive 650 Frequency Conversion

Construction Hoist SC150D,Electric Parts from World Renowned Manufactures such as Schneider, Siemens, and LG

Construction Hoist SC100/100 No Counterweight

Construction Elevator Building Lifts for High Chimney

Low speed electric winch

This series is slow speed electric motor driven gear winch; It is mainly used for hoisting, drag-and-drop, loading cargos, such as all kinds of large concrete construction, steel constructions installation and disassembly; The winches are applied to construction company, mine, factory and other installation engineering projects company;

Technical Data:

Basic Parameters	Rated Load	Average Speed of Rope	Capacity of Rope	Rope Diameter	Motor Power	Overall Dimension	Total Weight
Model	KN	m/min	m		KW	mm	kg
JM1	10	15	100	9.3	3	620×701×417	270
JM1.6	16	16	150	12.5	5.5	945×996×570	500
JM2	20	16	150	13	7.5	945×996×570	550
JM3.2	32	9.5	150	15.5	7.5	1430×1160×910	1100
JM3.2B	32	12	195	15.5	7.5	1082×1014×610	536
JM5	50	10	270	21.5	11	1235×1230×805	1560
JM5B	50	9.5	200	21.5	11	1620×1260×945	1800
JM5C	50	9.5	350	21.5	11	1235×1230×805	1800
JM5D	50	15	350	21.5	15	1235×1230×805	1850
JM5E	50	20	350	21.5	22	1235×1230×805	2000
JM6	60	9.5	270	24	15	1235×1509×805	1800
JM8	80	8	250	26	15	2090×1475×956	2900
JM8B	80	9.5	350	26	15	1075×1598×985	2650
JM10	100	8	170	30	22	20901475956	3000
JM10B	100	9.5	250	21.5	22	17051598985	3500
JM12.5	125	8	300	34	30	288022001550	5000
JM13.5	135	8	290	28	22	299023621650	6500
JM16	160	10	500	37	37	375024001850	8800
JM20	200	10	600	43	45	395025601950	9900
JM25	250	9	700	48	55	435028002030	13500
JM32	320	9	700	56	75	450028502100	14800
JM50	500	9	800	65	90	493030502250	19500
JM65	650	10.5	3600	64	160	590046803200	46000

Q: This question asks about the criteria for determining when a building hoist has reached the end of its useful life and should be replaced.: The lifespan of a building hoist is determined by several factors including its design, materials, usage, maintenance, and compliance with safety standards. Regular inspections and maintenance are crucial to assess the hoist's condition. A hoist should be replaced when it shows significant wear, has been in service beyond the manufacturer's recommended lifespan, or fails to meet safety standards. Additionally, any hoist that has been involved in an accident or has undergone major repairs may need to be replaced to ensure safety. Consulting the manufacturer's guidelines and local regulations can provide specific information on when a hoist should be retired.

Q: This question asks for a description of the process of using an electric motor in the context of a building hoist, which is a device used for lifting and lowering materials in construction.: To use an electric motor with a building hoist, first ensure the hoist is properly installed and secured. Connect the hoist to a power source and check that all safety features are operational. Turn on the motor and test the hoist's movement in both directions to confirm functionality. When lifting materials, ensure they are evenly distributed and securely attached to the hoist. Operate the motor to lift or lower the load, maintaining a steady speed and monitoring for any signs of strain or malfunction. Always follow the manufacturer's guidelines and safety precautions to prevent accidents.

Q: Is it possible to utilize a single-rope lift as an alternative to a building hoist for the purpose of lifting materials or individuals?: While theoretically possible to use a single-rope lift for lifting materials or people, it is not advisable or practical for construction purposes. Building hoists are specifically designed for construction sites, offering safety features, load-bearing capacities, and stability that single-rope lifts typically lack. Single-rope lifts are more suited for simple, controlled environments and are not equipped to handle the heavy loads, frequent use, or varied conditions of a construction site. The use of a building hoist is recommended for safety, efficiency, and compliance with construction regulations.

Q: Is it possible to use a building hoist for lifting light objects without any additional tools?: Yes, a building hoist can be used for lifting light objects without using any tools. Building hoists are designed to lift a variety of materials, including lighter items, within their weight capacity. However, it's crucial to ensure that the hoist is rated for the weight of the object and that safety protocols are followed to prevent accidents. Always consult the hoist's manual for specific guidelines on weight limits and safe operation procedures.

Q: This question asks for the method to determine the maximum load that a single-rope lift can handle.: To calculate the load capacity of a single-rope lift, you need to consider several factors including the strength of the rope, the diameter of the rope, the angle of the lift, and the safety factor. The basic formula involves determining the maximum load the rope can bear based on its material properties and construction, which is then adjusted by the safety factor to account for dynamic loads and potential wear. The formula might look something like this: Load Capacity = (Tensile Strength of Rope 脳 Area of Rope Cross-Section 脳 Safety Factor) / (Cosine of Angle of Incline). It's important to consult with engineering standards and the lift manufacturer's specifications for precise calculations.

Q: Can a building hoist be utilized to lift more than one object simultaneously?: Yes, a building hoist can be used to lift multiple objects at once, provided that the combined weight of the objects does not exceed the hoist's maximum load capacity. This is often done by securing all objects to a single lifting point or using a pallet or platform to hold the objects together. It's crucial to ensure that the hoist is rated for the total weight and that the objects are evenly distributed to maintain balance during lifting. Always follow safety guidelines and manufacturer's instructions to prevent accidents.

Q: This question asks for examples of typical uses for building hoists, which are devices used to lift materials in construction settings.: Building hoists are commonly used in various construction applications. They are utilized for lifting and lowering materials and personnel in high-rise construction projects. Some examples include: 1) Lifting building materials such as bricks, cement, and steel beams to different floors of a building under construction. 2) Transporting workers to elevated work areas for tasks like scaffolding assembly or window installation. 3) Moving heavy equipment to upper levels of a structure. 4) Assisting in the installation of large fixtures like HVAC systems or electrical wiring systems. 5) Facilitating the removal of construction waste from upper floors. These applications highlight the versatility and efficiency of building hoists in construction projects.

Q: Is it possible to use a building hoist for the transportation of goods or materials?: Yes, building hoists are commonly used to transport goods and materials in construction projects. They are designed to lift and lower heavy materials such as bricks, cement, and tools, making the construction process more efficient and reducing the need for manual labor. Building hoists are equipped with safety features to ensure the secure transportation of materials, and they are an essential tool in many construction sites.

Q: What are the key safety rules and regulations that must be followed when operating a building hoist?: Safety regulations for using a building hoist include ensuring that the hoist is inspected and certified by a qualified person before use. Operators must be trained and certified. The hoist should be used only for its intended purpose, and load limits must never be exceeded. Regular maintenance and checks are required to ensure the hoist remains in good working order. Safety devices such as limit switches and emergency stops must be operational. The hoist area should be kept clear of obstructions, and warning signs should be posted. Personal protective equipment (PPE) must be worn by operators and anyone in the vicinity. Overhead protection should be provided to prevent objects from falling onto the hoist. Compliance with local and national regulations is also crucial.

Q: This question asks for the distinctions between two types of building hoists: manual and automatic.: Manual building hoists require human effort to operate, typically involving a pulley system and manual controls. They are generally less expensive but slower and more labor-intensive. Automatic building hoists, on the other hand, are motorized and can be programmed to lift and lower loads with minimal human intervention. They offer greater efficiency, speed, and safety, but come at a higher cost. Automatic hoists are also more suitable for high-rise construction due to their ability to handle heavier loads and operate over greater distances.

Send your message to us

*Email

*TEL

*Quantity

*Unit