Control Lever Handles and Pulls (industrial)
Description
Control lever handles and pulls are components used in various industrial settings to facilitate manual control over machinery or equipment. These handles and pulls are designed to provide a secure grip and allow operators to exert force or motion to control different mechanical functions.
Working Principle
Control lever handles and pulls operate by providing a mechanical advantage to the user, allowing them to apply force or motion to a system with greater ease. The design of these handles often includes features such as threaded holes, studs, or bushings, which help in mounting and securing the handle to the equipment. The mechanical advantage is achieved through the lever principle, where a small input force can be converted into a larger output force, making them useful for controlling heavy or complex machinery.
Applications
Control lever handles and pulls are used in a variety of industrial applications. For example, they can be found in manufacturing plants where they are used to operate machinery such as lathes or milling machines. They are also used in the automotive industry for controlling various vehicle functions, and in the aerospace sector for managing cockpit controls.
Advantages over other Handles and Pulls (industrial)
One of the primary advantages of control lever handles and pulls over other types of handles is their ability to provide a significant mechanical advantage, allowing operators to control heavy or complex systems with less effort. Additionally, their design often includes features such as angle mounting, which can be adjusted to suit specific ergonomic requirements, enhancing user comfort and efficiency.
Limitations
Despite their advantages, control lever handles and pulls have limitations. They may require regular maintenance to ensure that the mechanical components remain in good working condition. Additionally, the initial installation can be complex, requiring precise alignment and secure mounting to prevent operational issues.
Considerations
When selecting control lever handles and pulls, several factors should be considered. Initial costs can vary depending on the complexity and materials used in the handle's construction. Operating expenses may include maintenance and potential replacement of worn components. Durability is a key consideration, as these handles must withstand repeated use in demanding environments. Accuracy in control is also crucial, particularly in applications where precise adjustments are necessary. Finally, replacement and maintenance costs should be factored into the overall cost of ownership, as these can impact the long-term viability of the equipment.
from Imao-Fixtureworks
Removable cap. Adaptable for click positioning applications with use of a ball and a spring （sold separately ）. Use in hot or highly humid circumstances can deteriorate the plastic material properties. Working temperature : Between －20 °C and 110 °C [See More]
- Handle Type: ControlLever; Lever
- Material Description: Hub: Glass-fiber Reinforced Polyamide; Insert: Steel (SUM22L); Cap: Aluminum (A1080P); Handle: Phenolic Plastic; Arm: Steel (SUM22L)
- Handle Material: Plastic
- Height: 1.81 to 2.4
from Jergens, Inc.
Jergens Ergostyle ® Control Levers by ELESA ® are built durable and comfortable for performing adjustment and positioning operations across any industry. Features, Benefits, & Product Specifications: Material: Glass-Fibre Reinforced Polyamide-Based (PA) Technopolymer. Finish &... [See More]
- Handle Type: ControlLever; Lever
- Material Description: Glass-Fibre Reinforced Polyamide-Based (PA) Technopolymer
- Handle Material: Plastic
- Colors / Finishes Available: Matte, Grey/Black
from Imao-Fixtureworks
Features. Ergonomic design for comfortable gripping. Removable boss cap. Adaptable for click positioning applications with use of a ball and a spring CLB. (Ball and spring are sold separately ）. Six optional cap colors for ECL type. ECL-GR-I type is only available with gray caps. [See More]
- Handle Type: ControlLever; Lever
- Material Description: Body / Lever: Glass-fiber Reinforced Polyamide; Insert: Steel (SUM24L); Cap: Polyamide
- Handle Material: Plastic
- Height: 1.38 to 2.36
from Reid Supply
Glass Fiber Control Levers act as a positional switch on machines, allowing the operator to easily alternate from one setting to another. These levers are easily gripped and resistant to oil and grease. . Control Lever has a Technopolymer shaft and Glass Fibre knob to act as a durable, 1 arm... [See More]
- Handle Type: ControlLever
- Height: 0.9800
- Material Description: Glass Fiber
- Handle Length: 3.33
from J. W. Winco, Inc.
The unique shape of this control lever is suited to be used for most any control applications. The disk cover hides fasteners and provides an area for printing of symbols or logos. After assembly, the self adhesive disk cover is pressed in by hand. [See More]
- Handle Type: ControlLever
from Elesa U.S.A. Corporation
Resistant to solvents, oils, grease and other chemical agents [See More]
- Handle Type: ControlLever
- Material Description: Polyamide Based Technopolymer
- Handle Material: Plastic
- Height: 1.38
from Monroe Engineering
Material - Glass-fiber Reinforced Technopolymer. Insert - Black Oxide Steel. Plated Steel Arm. Removable Anodized Aluminum Trim Disc Covers Hub. Two Holes in Underside of Hub for Inserting Spring and Ball Detent. Slot Provided for Angle Limit Stop Pin [See More]
- Handle Type: ControlLever
- Material Description: Technopolymer, Steel Insert
- Handle Material: Metal; Plastic
- Height: 1.81
from Reid Supply
Glass Fiber Control Levers act as a positional switch on machines, allowing the operator to easily alternate from one setting to another. These levers are easily gripped and resistant to oil and grease. . Control Lever has a Technopolymer shaft and Glass Fibre knob to act as a durable, 1 arm... [See More]
- Handle Type: ControlLever
- Material Description: Black Reinforced Plastic
- Handle Material: Plastic
- Height: 0.9800
from J. W. Winco, Inc.
should be affixed after control lever is assembled [See More]
- Handle Type: ControlLever
from Monroe Engineering
Material - Glass-fiber Reinforced Technopolymer. Finish - Gray/Black Matte. Removable Boss Cap-Gray/Black Standard. Adaptable for Click Position Applications. Slot Provided for Angle Limit Stops. Resistant to Solvents, Oils, Grease and other Chemical Agents. Boss Caps in Orange, Gray, Yellow and... [See More]
- Handle Type: ControlLever
- Material Description: Fiberglass Reinforced Technopolymer
- Handle Material: Plastic
- Height: 1.38
from Reid Supply
Glass Fiber Control Levers act as a positional switch on machines, allowing the operator to easily alternate from one setting to another. These levers are easily gripped and resistant to oil and grease. . Control Lever has a Technopolymer shaft and Glass Fibre knob to act as a durable, 1 arm... [See More]
- Handle Type: ControlLever
- Height: 1.98
- Material Description: Glass Fibre
- Handle Length: 3.33
from J. W. Winco, Inc.
Tension levers GN 211 are supplied with a large hub diameter, therefore it is easy to add a spring plunger or grooves for angular positioning. [See More]
- Handle Type: ControlLever