Cellpack Cable Joint & Termination Kit
Cellpack Cable Joint And Termination Kit
We offer a comprehensive range of high-quality cable accessories designed to meet diverse industrial and power distribution requirements. Our product portfolio includes a wide range of Cellpack solutions such as 33 kV Straight Through Joints, 33 kV Indoor Terminations, and 33 kV Outdoor Terminations, ensuring reliable performance in high-voltage applications. In addition, we provide 11 kV Indoor Terminations and versatile termination kits for 1.1 kV, 3.3 kV, and 6.6 kV systems, available for both indoor and outdoor installations.
Engineered with precision and manufactured using advanced heat shrinkable technology, our products are known for their durability, safety, and consistent electrical performance. These solutions are widely used across industrial, utility, and infrastructure sectors where dependable cable connectivity is critical.
Products
Cellpack 33 KV Straight Through Joint
| Material | Heat Shrinkable Type |
| Number of Core | 3 |
| Voltage | 33 kV |
| Brand | Cellpack |
| Usage / Application | Industrial |
| Core Type | Single Core / 3 Core |
ndoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 33 KV Indoor Termination
| Material | Heat Shrinkable Type |
| Number of Core | 3 |
| Usage / Application | Industrial |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 11 KV Indoor Termination
| Material | Heat Shrinkable Type |
| Number of Core | 3 |
| Power | 11 kV |
| Brand | Cellpack |
| Usage / Application | Industrial |
The Cellpack 11 kV Indoor Termination is a pre-engineered medium-voltage cable termination kit designed for indoor applications up to 11 kilovolts. It typically includes heat shrinkable or cold shrinkable components used to safely connect and terminate power cables inside switchgear, control panels, or transformers.
Cellpack 1.1/3.3/6.6 Outdoor Termination
| Voltage | 6.6 kV |
| Core Type | 1 Core |
| Material | Heat Shrinkable Type |
Key Points
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 1.1/3.3/6.6 KV Indoor Termination
| Voltage | 6.6 kV |
| Core Type | 3 Core |
| Material | Heat Shrinkable Type |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 33 KV Outdoor Termination
| Voltage | 33 kV |
| Core Type | 3 Core |
| Material | Heat Shrinkable Type |
| Usage / Application | Industrial |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 22 KV Outdoor Termination
| Voltage | 22 kV |
| Core Type | 3 Core |
| Material | Heat Shrinkable Type |
| Usage / Application | Industrial |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 22 KV Indoor Termination
| Voltage | 33 kV |
| Core Type | 3 Core |
| Material | Heat Shrinkable Type |
| Usage / Application | Industrial |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 1.1/3.3/6.6 KV Straight Through Joint
| Material | Heat Shrinkable Type |
| Voltage | 1.1 kV |
| Brand | Cellpack |
| Core Type | 3 Core |
Used for general insulation, bundling, and color coding
Flame-retardant, UV-resistant, and performs well in cold/hot climates
Excellent for moisture sealing and electrical stress control
Cellpack 11 KV Straight Through Joint
| Material | Heat Shrinkable Type |
| Voltage | 11 kV |
| Brand | Cellpack |
| Core Type | Single Core / 3 Core |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 11 KV Outdoor Termination
| Voltage | 11 kV |
| Core Type | 3 Core |
| Material | Heat Shrinkable Type |
| Usage / Application | Industrial |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack 22 KV Straight Through Joint
| Material | Heat Shrinkable Type |
| Voltage | 22 kV |
| Brand | Cellpack |
| Core Type | Single Core / 3 Core |
Indoor terminations connect power cables to indoor equipment like switchgear, transformers, or control panels.
Heat-shrinkable: Uses a heat gun to shrink insulation layers.
Designed for indoor environments—protected from UV radiation, rain, extreme temperature, and mechanical stress.
Cellpack Heat Shrink Termination
| Material | Heat Shrinkable Type |
| Usage / Application | Outdoor |
| Frequency | 50 Hz |
| Voltage | 33 kV |
Uses cross-linked polyolefin tubing that shrinks when heated to form a tight, protective fit around cable ends.
Suitable for medium voltage cables typically from 1 kV up to 36 kV (depending on product range).
Typically includes insulation tubing, stress control tubes, and adhesive or mastic liners to ensure moisture seal and mechanical protection.
Cellpack jacket removal tool multi stripping tool EN
| Usage / Application | Industrial |
| Warranty | 6 Months |
| Material | Aluminum |
| Color | Red |
| Packaging Type | Box |
| Voltage | 110 V |
The CP‑FLM 20 is a professional-grade cable preparation tool designed for use with medium‑voltage cables (typically 15–50 mm outer diameter). It enables:
Precise cutting and removal of the outer cable sheath (PVC, PE, or XLPE).
Controlled scoring and initial cutting of cold‑strippable semi-conductive layers.
Stripping of the conductor insulation beneath the semi-con, to expose the metallic conductor Power and Cables+9Scribd+9Scribd+9.
Precise cutting and removal of the outer cable sheath (PVC, PE, or XLPE).
Controlled scoring and initial cutting of cold‑strippable semi-conductive layers.
Stripping of the conductor insulation beneath the semi-con, to expose the metallic conductor Power and Cables+9Scribd+9Scribd+9.
Separable Connectors, also known as touch-proof terminations, are designed to provide safe, reliable, and fully insulated connections in medium and high-voltage cable systems. These connectors ensure maximum protection against accidental contact, making them ideal for applications where safety and performance are critical.
Built for durability and ease of installation, separable connectors offer excellent electrical insulation, resistance to environmental conditions, and long-term operational reliability. They are widely used in industrial setups, power distribution networks, and infrastructure projects requiring secure and efficient connectivity.