Splice kit suitable for plastic or rubber insulated cables 600/1000V.
Features
- Strong clear plastic mould body for tight seal.
- Stepped cable entry cut-off points for all cable diameters.
- Large mould shell enables crimp or split bolt / line tap connectors to be used.
- Resin 2-year shelf life.
Applications
Used on Cathodic Protection applications including pipelines, tanks and buried structures. Ideal for single core unarmored Tee or Branch jointing rated up to 1kV, above or below ground.
Resin Sealing Compound
Resin sealing compound is suitable for all climate conditions. High quality resin sealing compound has a high resistance to moisture absorption, is mixed in a clear pack and stored in an aluminium protective bag. The long-term electrical properties of resin sealing compound result in a more reliable connection without any associated maintenance costs.
Major Users
Specified by leading oil, gas and water companies and consulting engineers.
Resin Pack
The pack has been specifically designed and fabricated to offer the user a quick, clean and efficient method of mixing and pouring.
The pack consists of a two part polyurethane resin correctly proportioned into pouches separated by a divider. The user simply breaks the divider, amalgamates the two components and pours.
Dual system of packaging ensures that the pack is sealed against the atmosphere.
The outer aluminium packaging provides added protection against the atmosphere to give a shelf life of 2 years.
The inner transparent plastic packaging provides a visible reference for the user when mixing.
During mixing the user does not come into contact with the resin but gloves are provided for extra safety.
Each pack has its own unique batch number and use by date to provide an easy reference for the user.
Full safety labeling.
Controlled curing temperature designed to be compatible with PVC, XLPE, EPR, polythene and PILC cables.
Detailed storage instructions.
No special labelling required for transportation by road, sea or air
The anodes exhibit superior conductivity and experience very little change in resistance with time, unless the anode is damaged. The high tensile strength of the metal is an asset in some circumstances, except that their very low elongation makes them brittle and subject to fracture from severe mechanical and thermal shock.
Direct connection
| Type | GHFS-1 | GHFS-2 |
| Material | PC | PC |
| Outside Cable Diameter | 8-22mm | 14-30mm |
| Max section Area unarmored cable | 3×16,4x16mm2 | 3×35.4x25mm2 |
| Max section Area armored cable | 3×10,4x10mm2 | 3×16.4x15mm2 |
| Dimensions | 185x40x45 | 270x55x55 |
| Resin weight | 150g | 365g |
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Branch Connection
| Type | GHFS-F2 | GHFS-F3 |
| Material | PC | PC |
| Main circuit up to | 15 mm2 | 29 mm2 |
| Branch up to | 15 mm2 | 22 mm2 |
| Max section area main circuit | 4X1.5-6mm2 | 4X16-25 (35)mm2 |
| Max section area branch circuit | 4X1.5-4mm2 | 4X6-16mm2 |
| Dimensions | 175x75x40mm | 175x110x76mm |
| Resin weight | 140g | 500g |
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Resin Technical characteristics
| Resin | |
| Appearance | A component: Light Yellow transparent liquid
B component: Brown transparent liquid |
| Viscosity | In 25Co, A component ≤1000mPa.S, B component ≤500mPa.S |
| Curing Time | at 25Co, the curing time of 30-60 minutes |
| Surface resistivity | ≥4.77×1013Ω |
| Volume resistivity | ≥3.14×1013Ω |
| Tensile strength | ≥2.5Mpa |
| Elongation at break | ≥56% |
| Shore A hardness | ≥70A |
| Insulation strength | ≥35kv/mm |
| Adaptive temperature | -60Co to +80Co |
| Resistance to acid and alkali resistance | in 0.1mol/L sodium hydroxide and 0.1mol/L hydrochloric acid in 24 hours no change |
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