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nVent HOFFMAN CCS2IJLG Compact Series 2 45x60mm Intermediate Joint
- Regular price
- $999.00
- Sale price
- $999.00
- Regular price
-
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Product Description P/N: CCS2IJLG
Description
The nVent HOFFMAN CCS2IJLG is a Compact Series 2 intermediate joint designed to connect two horizontal support-arm tubes and create an additional pivot point in an HMI pendant arm system. It is made from cast aluminum with a light-gray RAL 7035 polyester powder-coat finish and provides a 360-degree turning range with a mechanical stop. The joint is designed for 45 × 60 mm Compact Series 2 tubes and includes access plates, installation hardware, and a gasket.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | nVent HOFFMAN |
| Category | Human-Machine Interface |
| Part Number | CCS2IJLG |
| Subcategory | Pendant Arm Joints |
| Series | Compact Series 2 |
| Component Type | Intermediate Joint |
| Application | HMI Pendant Arm Systems |
| Compatible Tube Size | 45 × 60 mm |
| Material | Cast Aluminum |
| Finish | RAL 7035 Light-Gray Polyester Powder Coat |
| Rotation | 360° with Limit Stop |
| Access | Removable Access Plates |
| Included | Installation Hardware and Gasket |
| Protection Rating | IP55 |
| Height | 1.77 in |
| Width | 2.36 in |
| Weight | 5.0 lb |
Information About CCS2IJLG
The CCS2IJLG is an intermediate joint used within the nVent HOFFMAN Compact Series 2 pendant arm system for human-machine interface applications. Its cast aluminum construction provides a rigid connection between horizontal support-arm sections while allowing the connected arm assembly to pivot through 360 degrees with a limit stop. Access plates facilitate wire installation through the joint, and the supplied installation hardware and gasket support assembly and sealing requirements. According to nVent HOFFMAN, incorporating this intermediate joint reduces the pendant arm load capacity by 43 percent, so the complete arm configuration should be sized accordingly.
Key Features:
- Intermediate Joint: Connects two horizontal Compact Series 2 support-arm tubes to extend the arm and provide an additional pivot point.
- 45 × 60 mm Compatibility: Designed for use with Compact Series 2 pendant arm tubes having a 45 × 60 mm profile.
- 360-Degree Rotation: Allows the connected arm section to rotate through 360 degrees with a built-in limit stop.
- Cast Aluminum Construction: Provides a rigid and lightweight joint structure for HMI pendant arm assemblies.
- RAL 7035 Finish: Uses a light-gray polyester powder-coat finish for the joint surface.
- Access Plates: Provides removable access plates to simplify routing and installation of wiring through the support-arm system.
- Installation Hardware: Supplied with installation hardware and a gasket for assembly within the pendant arm system.
- Load Capacity Reduction: Use of the intermediate joint reduces the assembled pendant arm load capacity by 43 percent and must be considered during system configuration.
The CCS2IJLG delivers the reliability and precision required for positioning HMI equipment and extending Compact Series 2 pendant arm assemblies in industrial control applications.
Description
The nVent HOFFMAN CCS2IJLG is a Compact Series 2 intermediate joint designed to connect two horizontal support-arm tubes and create an additional pivot point in an HMI pendant arm system. It is made from cast aluminum with a light-gray RAL 7035 polyester powder-coat finish and provides a 360-degree turning range with a mechanical stop. The joint is designed for 45 × 60 mm Compact Series 2 tubes and includes access plates, installation hardware, and a gasket.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | nVent HOFFMAN |
| Category | Human-Machine Interface |
| Part Number | CCS2IJLG |
| Subcategory | Pendant Arm Joints |
| Series | Compact Series 2 |
| Component Type | Intermediate Joint |
| Application | HMI Pendant Arm Systems |
| Compatible Tube Size | 45 × 60 mm |
| Material | Cast Aluminum |
| Finish | RAL 7035 Light-Gray Polyester Powder Coat |
| Rotation | 360° with Limit Stop |
| Access | Removable Access Plates |
| Included | Installation Hardware and Gasket |
| Protection Rating | IP55 |
| Height | 1.77 in |
| Width | 2.36 in |
| Weight | 5.0 lb |
Information About CCS2IJLG
The CCS2IJLG is an intermediate joint used within the nVent HOFFMAN Compact Series 2 pendant arm system for human-machine interface applications. Its cast aluminum construction provides a rigid connection between horizontal support-arm sections while allowing the connected arm assembly to pivot through 360 degrees with a limit stop. Access plates facilitate wire installation through the joint, and the supplied installation hardware and gasket support assembly and sealing requirements. According to nVent HOFFMAN, incorporating this intermediate joint reduces the pendant arm load capacity by 43 percent, so the complete arm configuration should be sized accordingly.
Key Features:
- Intermediate Joint: Connects two horizontal Compact Series 2 support-arm tubes to extend the arm and provide an additional pivot point.
- 45 × 60 mm Compatibility: Designed for use with Compact Series 2 pendant arm tubes having a 45 × 60 mm profile.
- 360-Degree Rotation: Allows the connected arm section to rotate through 360 degrees with a built-in limit stop.
- Cast Aluminum Construction: Provides a rigid and lightweight joint structure for HMI pendant arm assemblies.
- RAL 7035 Finish: Uses a light-gray polyester powder-coat finish for the joint surface.
- Access Plates: Provides removable access plates to simplify routing and installation of wiring through the support-arm system.
- Installation Hardware: Supplied with installation hardware and a gasket for assembly within the pendant arm system.
- Load Capacity Reduction: Use of the intermediate joint reduces the assembled pendant arm load capacity by 43 percent and must be considered during system configuration.
The CCS2IJLG delivers the reliability and precision required for positioning HMI equipment and extending Compact Series 2 pendant arm assemblies in industrial control applications.