• Distribution and Terminal Boxes
  • Control and Automation Cabinets
  • Lighting Equipment
  • Control and Indicating Stations
  • Visual, Audible and Signaling Devices
  • Electrical Heating and Fans
  • Video Surveillance
  • IT equipment
  • Spark protection barriers and functional safety relays
  • Cable Glands, Conduits
  • Sockets, Plugs, Extension cords
  • Switches, Selectors Switches, Sensors
  • Control and Measuring Instruments
  • Cable/Pipe Transits
  • Electrical Components and Materials
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PG-KOMPAUND for Sealing Cable Glands and Separating Elements

Product Description

The two-component polyurethane compound PG-KOMPAUND is designed for complete sealing of equipment, such as RZV, RZG, RZVD, RZGD fittings, KOVZ cable glands, KSRV terminal boxes, and modules. It is used as part of the equipment and is included in spare parts kits. The compound is mixed in a 3:1 ratio by weight immediately before use. The compound does not damage the polymer cable jackets and, after curing, forms a durable, explosion-proof seal resistant to moisture, mold, aggressive environments, and vibration. Supplied in separate plastic containers.

Advantages

  • Reliable protection: provides explosion-proof protection and resistance to moisture, mold, and aggressive environments. Ease of use: easy to apply and has excellent flow while maintaining high density. Mechanical strength and adhesion: excellent impact resistance and vibration resistance, as well as excellent adhesion to surfaces. Processability: the ability to bridge cracks and form both smooth and textured surfaces.

Frequently bought together

Additional information

PREPARATION OF PARTS FOR FILLING AND ASSEMBLY

  • Clean the surfaces of parts to be filled with liquid compound with a wire brush to remove any dirt, chips, and rust. Sandblasting may also be used.
  • Wipe the surface of the parts, cleaned with a wire brush, with clean rags.
  • In winter, in order to speed up the polymerization process of the compound, it is advisable to heat the poured part to a temperature of +18+20°C.
  • The ratio of components A and B of the compound is A: B - 3: 1 (by weight).
  • Mix component A thoroughly with a spatula to remove any sediment, avoiding introducing large amounts of air, which could cause foaming. Therefore, the container containing component A should be hermetically sealed immediately after mixing or after removing the next portion. The container containing component B should also be hermetically sealed.
  • Pour component B into the container with component A and mix thoroughly for 3-5 minutes, either by hand or with a drill and paddle mixer, avoiding air or undermixing, until a homogeneous mixture is achieved. Mixing should be done in a warm room at a temperature of 18 to 20°C, in close proximity to the assembly into which the mixture is to be poured.

Pouring and Curing

The time from the moment of surface treatment until the filling of the housing should not exceed 24 hours.

The composition prepared for pouring must be used immediately for its intended purpose, since the viability of the mixture does not exceed 30 minutes, after which the viscosity of the composite increases and the penetrating ability deteriorates.

Fill the assembly cavity using appropriate receiving devices, such as funnels, in batches no larger than 5 kg of compound. The interval between each batch should not exceed 15-20 minutes.

The completion of pouring should be judged by the exit of the compound from the hole opposite the one being poured.

Curing occurs within 4-5 hours, depending on the temperature during the curing process. The composite achieves full strength within 24 hours, after which the assembly can be used. After 24 hours, the compound also acquires chemical resistance.

SAFETY MEASURES

When working with the material in a closed space, ensure adequate ventilation, avoid open flames, and do not weld. The material may cause skin irritation. If ventilation is inadequate, wear personal protective equipment. If contact occurs with mucous membranes or eyes, rinse immediately with plenty of water and seek medical attention.

There are no harmful emissions into the atmosphere when working with the compound or during its curing. When cured, it is a non-toxic substance.

SEALING METHOD

method of sealing cable glands with compound
  • Quantity of compound S>= 20 mm.
  • A= Sealed conductors.
  • B= Two-component polyurethane compound.
  • C= outer cable sheath.
  • D= seal for IP protection.
  • C min. 4 mm (sealing for outer cable sheath is required).
Maximum permissible cross-sections for sealing
Cable entry thread Max. permissible cross-section (sum of conductors), mm²
Min. filling cross-section, mm²
½” M20x1.5 40 11
90 23
¾ M25x1.5 90 23
180 46
1” M32x1.5 180 46
332 83
1 ¼” M40x1.5 332 83
528 132
1 ½” M50x1.5 528 132
813 204
2” M63x1.5 813 204
1328 333
2 ½” M75x1.5 1328 333
2260 566
3” M90x1.5 2260 566
3165 792
Maximum number of conductors in a cable entry for sealing with compound
Conductors, cross-section, mm² Max. number of conductors Inner cable diameter, min-max External cable diameter, min-max Cable entry size
1,0 4 5-10 8-14 ½”
1,5 7 5-13 8-18 ½”
12 11-18 17-25 ¾”
20 17-24 17-25 1”
30 23-30 29-39 1 ¼”
2,5 5 5-13 8-18 ½”
10 11-18 17-25 ¾”
19 17-24 23-32 1”
4,0 3 5-13 8-18 ½”
5 11-18 17-25 ¾”
6,0 1 5-13 8-18 ½”
5 11-18 17-25 ¾”
10,0 1 5-13 8-18 ½”
3 11-18 17-25 ¾”
5 17-24 23-32 1”
16,0 1 5-13 23-30 ½”
2 11-18 17-25 ¾”
4 17-24 23-32 1”
5 23-30 29-39 1 ¼”
25,0 1 5-13 8-18 ½”
1 11-18 17-25 ¾”
3 17-24 23-32 1”
5 17-24 29-39 1 ¼”
35,0 1 5-13 8-18 ½”
1 11-18 17-25 ¾”
3 17-24 23-32 1”
5 23-30 29-39 1 ¼”
50,0 1 11-18 17-25 ¾”
1 17-24 17-25 1”
3 23-30 29-39 1 ¼”
4 29-38 36-46 1 ½”
5 36-49 44-60 2”
70,0 1 11-18 17-25 ¾”
1 17-24 23-32 1”
2 23-30 29-39 1 ¼”
4 29-38 36-46 1 ½”
5 36-49 44-60 2”
95,0 1 17-24 23-32 1”
1 23-30 29-39 1 ¼”
2 29-38 36-46 1 ½”
5 36-49 44-60 2”
120,0 1 17-24 32-32 1”
1 23-30 29-39 1 ¼”
1 29-38 36-46 1 ½”
4 36-49 44-60 2”
150,0 1 17-24 23-32 1”
1 23-30 23-32 1 ¼”
1 29-38 36-46 1 ½”
3 36-49 44-60 2”
4 44-61 51-70 2 ½”
185,0 1 23-30 29-39 1 ¼”
1 29-38 36-46 1 ½”
1 36-49 36-46 2”
4 36-49 51-70 2 ½”
240,0 1 23-30 59-74 1 ¼”
1 29-38 36-46 1 ½”
1 29-38 44-60 2”
3 44-61 51-70 2 ½”
4 59-74 65-84 3”
300,0 1 29-38 36-46 1 ½”
1 36-49 44-60 2”
1 44-61 51-70 2 ½”
4 59-74 65-84 3”
400,0 1 23-30 29-39 1 ¼”
1 29-38 36-46 1 ½”
1 36-49 36-46 2”
1 44-61 51-70 2 ½”
500,0 1 29-38 36-46 1 ½”
1 36-49 36-46 2”
1 44-61 51-70 2 ½”
630,0 1 29-38 36-46 1 ½”
1 36-49 44-60 2”
1 44-61 51-70 2 ½”

EXAMPLE OF SEALING SEPARATION FITTINGS

The amount of compound required to seal one fitting
FITTING SIZE FOR RZV/RZVD, G FOR RZG/RZGD, G
1 35 140
2 50 140
3 100 140
4 240 390
5 240 390
6 380 570
7 1250 1000
8 1250 1000

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Where to buy GORELTEX products

Saint Petersburg

Head office and production site

Telephone
Address
193149, Leningrad region, Vsevolozhsk district, Novosaratovka village, Rabochaya street, house 9, building 1
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Moscow

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Address
123112, Moscow, Presnenskaya Embankment, 6, building 2, business complex "Imperia Tower", floor 12, office No. 15
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Kazan

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Address
420061, Russia, Republic of Tatarstan, Kazan, st. Nikolay Ershova, 1A, Korston Business Center, floor 11, office No. 1110
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Tyumen

Sales office and production site

Telephone
Address
625031, Russia, Tyumen, Shcherbakova St., 160G
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