Smart Limiter

Smart Limiter

Cable Protection

Smart Limiter cable protectors helps to support higher operating temperatures of secondary cables. Many utilities, view network systems as the most attractive option for customers seeking steadfast reliability. The Smart Limiter cable protector will assist companies in rapidly restoring their network system to its most reliable state. When the limiters operate, they can be easily identified and replaced. Available in 3-way, 5-way and 7- way configurations and provides fast installation in compact spaces through the use of ShearBolt connectors. No special tools are required for installation, only 11/16" socket for installation and 1/2" for removal.

Smart Limiter Cable Protector Features and Benefits Include:

• Increased reliability by protecting cable systems from damage due to fault current
• Quick visual identification of blown limiters reduces the time needed to find faulted limiters
• Sealing and mechanical protection are built in, eliminating the need for additional components
• High-temperature clear inner and outer shells helping to heat
• The limiter will only blow on secondary faults and effortlessly coordinate with network protector fuses
• Minimal exposure to energized parts. Only the conductor being inserted into the limiter needs to be exposed making it very safe
• Fuse operation is entirely contained in a ballistic enclosure
• Smart Limiter Cable Protectors are 100% submersible
• GelPort cable entries will quench any arc when "live" connections are made; making picking up load safer
• Hinged bolt caps allow re-entry; enabling voltage measurements to be taken
• Modular design allows circuits to be added or subtracted without cutting cables
• Smart Limiter Cable Protectors are designed specifically for 208Y / 120V systems

Commonly used Smart Limiter Cable Protector Options
Smart Limiter Non-Fused splice for 4/0 cable
Smart Limiter Fused for 4/0 cable
Smart Non-Fused splice for 250 kcmil cable
Smart Fused limiter for 250 kcmil cable
Smart Non-Fused splice for 350 kcmil cable
Smart Fused limiter for 350 kcmil cable
Smart Non-Fused splice for 500 kcmil cable
Smart Fused limiter for 500 kcmil cable
Smart Non-Fused splice for 750 kcmil cable
Smart Fused limiter for 750 kcmil cable


Commonly used Crab Joint Sizes
3 way copper crab join with 4/0 conductors
5 way copper crab join with 4/0 conductors
7 way copper crab join with 4/0 conductors
3 way copper crab joint with 250 kcmil conductors
5 way copper crab joint with 250 kcmil conductors
7 way copper crab joint with 250 kcmil conductors
3 way copper crab joint with 350 kcmil conductors
5 way copper crab joint with 350 kcmil conductors
7 way copper crab joint with 350 kcmil conductors
3 way copper crab joint with 500 kcmil conductors
5 way copper crab joint with 500 kcmil conductors
7 way copper crab joint with 500 kcmil conductors
3 way copper crab joint with 750 kcmil conductors
5 way copper crab joint with 750 kcmil conductors
7 way copper crab joint with 750 kcmil conductors

Raychem GelPort Connectors

Raychem GelPort Connectors

Submersible Connectors for URD Distribution rate for use at 1000 Volts.

GelPort submersible secondary connectors were designed for URD secondary distribution in hand hole, manholes, or direct buried application. The Gelport connection system represents a revolution in products for this application.

• The GelPort is corrosion resistant.
• There are no loose parts due to one piece housing for fast installation.
• Gel-filled cable entry ports provide a reliable cable seal.
• Rugged, impact-resistant housing stands up to rough installation.
• A Clear view back allows for easy positive visual indication of wire position in connector.

Commonly used GelPort Connector Sizes for a wire gauge up to 350 kcmil

GPRT-350 kcmil with 3 wire ports at a length of 117 mm, width of 97 mm and a height of 89 mm.
GPRT-350 kcmil with 4 wire ports at a length of 149 mm, width of 97 mm and a height of 89 mm.
GPRT-350 kcmil with 5 wire ports at a length of 117 mm, width of 97 mm and a height of 89 mm.
GPRT-350 kcmil with 6 wire ports at a length of 117 mm, width of 97 mm and a height of 89 mm.
GPRT-350 kcmil with 8 wire ports at a length of 117 mm, width of 97 mm and a height of 89 mm.

Commonly used GelPort Hybrid Connectors Sized to fit both 350 kcmil and 500kcmil
GPRT-350/500 with 4 ports that fit 350 kcmil wire and 1 port that fits 500 kcmil wire. This hybrid has a length of 180 mm, a width of 97 mm and a height of 89 mm.
GPRT-350/500 with 6 ports that fit 350 kcmil wire and 2 ports that fits 500 kcmil wire. This hybrid has a length of 276 mm, a width of 97 mm and a height of 89 mm.

Commonly used GelPort Connector Sizes for a wire gauge up to 500 kcmil
GPRT-500 kcmil with 3 wire ports at a length of 117 mm, width of 97 mm and a height of 89 mm.
GPRT-500 kcmil with 4 wire ports at a length of 149 mm, width of 97 mm and a height of 89 mm.
GPRT-500 kcmil with 5 wire ports at a length of 180 mm, width of 97 mm and a height of 89 mm.
GPRT-500 kcmil with 6 wire ports at a length of 212 mm, width of 97 mm and a height of 89 mm.
GPRT-500 kcmil with 8 wire ports at a length of 276 mm, width of 97 mm and a height of 89 mm.

GHFC H-Frame Closures

GHFC H-Frame Closures

Water Resistant Closure for Power Cable Rated for use at 1000 volts.

TE Connectivity's Raychem low-voltage H-frame closures provide a fast, simple method for insulating and environmentally sealing low-voltage cable-taps and splices made with H-frame compression connectors.

• GHFC H-Frame Closures utilizes TE Connectivity's PowerGel sealant material to seal and protect the connection from moisture ingress, corrosion and pollution.
• H-Frame Closures are ideal for both underground and overhead applications and is especially useful for street lighting applications.
• Closures are Qualified to ANSI C119.1 for underground splicing as well as being UV resistant.
• GHFC H-Frame Closures are qualified for temperatures ranging from -40 degrees Celsius up to 90 degrees Celsius.

Common GHFC H-Frame Closures Sizes

GHFC supplied with a length of 70 mm, a width of 41 mm and a height of  27 mm.

  GHFC supplied with a length of 108 mm, a width of 51 mm and a height of  30 mm.

  GHFC supplied with a length of 179 mm, a width of 70 mm and a height of  40 mm.

  GHFC supplied with a length of 159 mm, a width of 83 mm and a height of  49 mm.

 * Simply place the connection on the closure and press the closure together. It's that easy-no tapes, mastics, tools, or mixing are required. The closure can be easily installed with one hand.

GelCap SL Splice Covers for Street Lights

GelCap SL Splice Covers for Street Lights

A Water Resistant Cover Kit with Connector Rated for use at 1000 Volts

TE Connectivity's Taychem GelCap SL splice cover kits provide quick installation, dependable performance and easy reentry for street lighting connections, but they have many other uses such as Irrigation systems, HVAC, Outdoor lighting and Motor connections

GelCap SL splice cover kits quickly and conveniently insulate and protect stub splice connections up to 1000 volts. The GelCap SL splice cover kit has a number of features which allows this product  to be incredibly beneficial.

Power Gel Sealant Technology:

The GelCap SL splice cover kits feature revolutionary PowerGel sealant which provides an excellent moisture seal over a wide temperature range of -40 degrees Celsius up to 105 degrees Celsius.

Innovative Cap Design and Material:

The specially formulated material provides abrasion resistance and insulation.

Range Taking Connector:

The special three wire connector is perfect for street light connections. There are two ports that accept wires from #14-2/0 AWG. Use these for the feeder cable. There is a single port that accepts #14-6 AWG. Use this port to power the light.

Fast and Easy Installation:
GelCap SL splice cover kits provide the fastest installation. Simply push the cover down over the connection and snap the clamp closed. No extra materials or greases are required. The PowerGel sealant is already in the cap.

Easy to Reenter:
The GelCap SL splice cover is easy to re-enter because the PowerGel sealant pulls away leaving a clean connection. Re-entry is also safer than other methods because no sharp objects or cutting tools are required for removal of the cap.

GelCap-SL is supplied with hole A which has a wire range of #14-2/0 AWG and a recommended torque value ranging from 120 lbs up to 180 lbs.
GelCap-SL is supplied with hole B in which has a wire range of #14-6 AWG and a recommended torque value ranging from 120 lbs up to 180 lbs.

GTAP Splices

GTAP Splices

Water Resistant Splice Rated for use at 1000 Volts.

The GTAP gel tap splice kit provides a fast and simple method for connecting, insulating and environmentally sealing low-voltage splices. The GTAP splice kit is designed for underground as well as overhead environments. It is especially useful for street lighting applications.

• The GTAP splice kit's range-taking mechanical connectors splice a wide range of cables, including copper and aluminum. 
• The connector's four port design allows maximum inventory flexibility.
• The hinged closure allows for one-step installation.
• GTAP Splice kits can be installed over the connector in seconds by simply snapping the cover shut
• The GTAP Splice kit utilizes Tyco Electronics' innovative PowerGel sealant to protect the connection from moisture ingress, corrosion, and pollution.
• PowerGel sealant provides additional insulation.

Common GTAP Splice Kit Sizing

GTAP supplied with a length of 70 mm, a width of 41 mm and a height of 27 mm sized for a conductor ranging from 2 mm to 35 mm.

GTAP supplied with a length of 108 mm, a width of 51 mm and a height of 30 mm sized for a conductor ranging from 2 mm to 70 mm. 

LV-MSK Splice

LV-MSK Splice

Heat-Shrink Flexible Mining Cable rated for use from 600 volts to 2 kilvolts

Raychem LV-MSK kits are flame-retardant, in-line and multi-conductor splice kits for use on mining cables and standard flexible cables up to 2 kilovolts.

• LV-MSK kits are MSHA approved to P-137-4-MSHA
• Splice kits are for types G, W, G-GC, and SHD-GC round and flat cables.

Commonly used Sizes for LV-MSK (600 volts - 2 kilvolts) for Flat Cables

LV-MSK Splice sized to fit flat cable with a diameter from 22 mm to 36 mm

LV-MSK Splice sized to fit flat cable with a diameter from 33 mm to 61 mm

LV-MSK Splice sized to fit flat cable with a diameter from 41 mm to 80 mm

Commonly used LV-MSK Sizes for Round Cables

LV-MSK Splice sized to fit flat cable with a diameter from 22 mm to 36 mm

LV-MSK Splice sized to fit flat cable with a diameter from 33 mm to 61 mm

LV-MSK Splice sized to fit flat cable with a diameter from 41 mm to 80 mm

LVSA - 3 Splice

LVSA-3 Splice

Heat-Shrink Splices for 3/C Armored Cable rated for use at 1000 volts.

The Raychem LVSA-3 splice kit features a wraparound, heat-shrinkable, adhesive-coated outer sleeve that significantly reduces the installation space required and protects the splice from corrosion and moisture.

• LVSA-3 kits include a low-profile wraparound armor case that is simple to install and requires no compound or resin filling.
• Qualified to ANSI C119.1. LVSA-3 is for splicing 3/C polymeric, armored (corrugated or interlocked-type) power and control cables ranging from 600 to 1000 volts.

Commonly used LVSA - 3 Splice Sizes
LVSA-3 supplied to fit the cable outside diameter of 15-38 mm with a maximum connector length of 89 mm.
LVSA-3 supplied to fit the cable outside diameter of 23-56mm with a maximum connector length of 102mm.
LVSA-3 supplied to fit the cable outside diameter of 30-76mm with a maximum connector length of 127mm.
LVSA-3 supplied to fit the cable outside diameter of 38-97mm with a maximum connector length of 178mm.
 

Raychem CRSM CT Cable Tap Splices

Raychem CRSM CT Cable Tap Splices

A Heat-Shrink Wraparound Cable Tap Splices rated for use at 1000 volts.

• CRSM CT Cable Tap is used as a wraparound, sealed cable tap splice that is qualified to ANSI C119.1 rated to ICEA electrical withstand test for 1000 volts.
• CRSM CT is RUS accepted for use with compression and split-bolt connectors.
• CRSM CT is sealant-coated and for use on standard poly- or elastomeric insulated conductors.

Commonly used CRSM CT Cable Tap Compression Connector Sizes

CRSM supplied with a 34 mm id that shrinks down to 10 mm with a length of 150 mm

CRSM supplied with a 53 mm id that shrinks down to 13 mm with a length of 200 mm

CRSM supplied with a 84 mm id that shrinks down to 20 mm with a length of 250 mm

Standard Split-Bolt Connector

CRSM supplied with a 53 mm id that shrinks down to 13 mm with a length of 200 mm

FCSM Tubing

FCSM Tubing

Flame-retardant heavy-wall tubing rated for use at 2000 volts. FCSM tubing's tough, crosslinked polyolefin construction provides mechanical strength and cut-through resistance equal to, or surpassing, the properties of low-voltage cable jackets.

Use sealant-coated FCSM tubing (-S) as a sealed in-line splice or terminal lug seal. It provides a water tight seal for direct-buried applications and wet environments.

Use uncoated FCSM tubing (-/U) for cable rejacketing only.

Sealant-coated or uncoated FCSM tubing may be used for jacket repair on cable to 35 kilo volts. Qualified to ANSI C119.1-1986; rated to IEEE 383 (Vertical Tray Flame Test) and also ICEA S-19-81.

FCSM Tubing is for use on standard poly- or elastomeric- insulated/jacketed cables or lead-jacketed cables, which may include aluminum or steel armoring.

• Connectors up to 6 inches: Recommended cut length = connector length + 4 inches
• Connectors over 6 inches: Recommended cut length = connector length + 5 inches

Commonly used FCSM Tubing sizes for In-Line Splice or Terminal Lug Seal (with Sealant)

     FCSM supplied with a 9 mm id that shrinks down to 3 mm with a length of 1200 mm

     FCSM supplied with a 19 mm id that shrinks down to 6 mm with lengths of 150 mm or 1200 mm

     FCSM supplied with a 28 mm id that shrinks down to 9 mm with lengths of 225 mm or 1200 mm

     FCSM supplied with a 38 mm id that shrinks down to 12 mm with lengths of 300 mm or 1200 mm

     FCSM supplied with a 51 mm id that shrinks down to 16 mm with lengths of 300 mm or 1200 mm 

     FCSM supplied with a 68 mm id that shrinks down to 22 mm with a length of 1200 mm

     FCSM supplied with a 90 mm id that shrinks down to 30 mm with a length of 1200 mm

     FCSM supplied with a 120 mm id that shrinks down to 40 mm with a length of 1200 mm

     FCSM supplied with a 177 mm id that shrinks down to 63 mm with lengths of 600 mm or 1200 mm

Commonly used FCSM Tubing sizes for Cable Rejacketing (without Sealant)

     FCSM supplied with a 9 mm id that shrinks down to 3 mm in a row of 100 ft

     FCSM supplied with a 19 mm id that shrinks down to 6 mm in a row of 100 ft

     FCSM supplied with a 28 mm id that shrinks down to 9 mm in a row of 65 ft

     FCSM supplied with a 38 mm id that shrinks down to 12 mm in a row of 50 ft

     FCSM supplied with a 51 mm id that shrinks down to 16 mm in a row of 40 ft

     FCSM supplied with a 68 mm id that shrinks down to 22 mm in a row of 80 ft

     FCSM supplied with a 90 mm id that shrinks down to 30 mm with a length of 1500 mm

     FCSM supplied with a 120 mm id that shrinks down to 40 mm with a length of 1500 mm

     FCSM supplied with a 177 mm id that shrinks down to 63 mm with a length of 1500 mm      

*Tubing may be field-cut for shorter requirements

CRSM Sleeves

CRSM Sleeves

A Heat-Shrinked Wraparound Sleeve rated for use up to 1000 volts.

CRSM Sleeves close easily with a permanent locking system that consist of a raised rail profile and a stainless steel channel. These sleeves are made from crosslinked polyolefin, which equals or exceeds the material properties of the original cable jacket. CRSM Sleeves fit a wide range of cable sizes and have unlimited shelf life, when stored under normal conditions.

• CRSM Sleeves are qualified to ANSI C119.1 rated to ICEA electrical withstand test for 1000 volts and are RUS accepted for us as jacket restoration materials on JCN cable.
• CRSM Sleeves are for use on standard poly- or elastomeric insulated/jacketed cables or lead-jacketed cables, which may include aluminum or steel armoring.
• Use as insulation for single conductor low-voltage power cable up to 1000 volts and for jacket repair up to 35 kilo volts or for general sealing applications. All CRSM sleeves are sealant-coated.

Commonly used CRSM Sleeve sizes

          CRSM supplied with a 34 mm id that shrinks down to 10 mm with lengths of 200 mm or 1200 mm

          CRSM supplied with a 53 mm id that shrinks down to 13 mm with lengths of 200 mm or 1200 mm

          CRSM supplied with a 84 mm id that shrinks down to 20 mm with lengths of 750 mm or 1200 mm

          CRSM supplied with a 107 mm id that shrinks down to 29 mm with lengths of 1000 mm or 1200 mm

          CRSM supplied with a 143 mm id that shrinks down to 36 mm with a length of 1200 mm

          CRSM supplied with a 198 mm id that shrinks down to 55 mm with a length of 1200 mm

MRS Repair Sleeves

MRS Repair Sleeves

A Heat-Shrink Wraparound Flame-Retardant Sleeve rated for up to 2 kilo volts.

A MRS wraparound mining repair sleeve provides an efficient method of repairing insulation on flexible cables up to 2 kilo volts and repairing jacket damage on high-voltage cable where a splice is not required.

MRS Repair Sleeves are specially formulated, flame-retardant, flexible wraparound sleeve installs with a low profile quickly and easily, which means the cable can be returned to service in minutes. MRS Repair Sleeves are ideal for use on trailing cable as well as flexible-construction cables and conduits. 

MRS Repair Sleeves are MSHA approved.

Standard MRS Repair Sleeve Kit Options

 MRS Repair Sleeve supplied with a length of 10 inches sized for a cable range of 1-1.6 inches

 MRS Repair Sleeve supplied with a length of 24 inches sized for a cable range of 1-1.6 inches

       MRS Repair Sleeve supplied with a length of 24 inches sized for a cable range of 1.60-2.30 inches

       MRS Repair Sleeve supplied with a length of 30 inches sized for a cable range of 1.60-2.30 inches

       MRS Repair Sleeve supplied with a length of 30 inches sized for a cable range of 2.30-3.50 inches

• Kits contain a wraparound sleeve and stainless steel channel closure (removed after installation).
• MRS Repair Sleeves are MSHA approved.
• MRS Repair Sleeve is precoated with adhesive.

WCSM Install Guide

WCSM Tubing Install Guide

1. Product selection

Check kit selection with cable dimensions.

                                                                                                                                                                   

2. Cutback insulation; clean cables

Using an oil-free solvent, clean the cables as shown.

                                                                                                                                                                   

3. Place tube over clean cable; install connector

Protect tube from end of conductor as it is placed over the cable end.

Install connector per manufacturer's instructions. After installation, deburr and clean connector.

                                                                                                                                                                   

4. Center tube over splice; shrink in place

Center WCSM tubing over splice. Working the torch with a smooth brushing motion around the tube, begin shrinking at the center of tube (1). After center portion shrinks, work torch as before toward one end (2), then to the opposite end (3) until completely recovered.

                                                                                                                                                                   

5. Inspect completed splice

Properly installed tube will be smooth and conform to the connection. Adhesive will be visible at both ends.

     *Allow to cool before moving or placing in service.

Indian and Chinese Heat Shrink Tubing

Heat Shrink Tubing from India or China

    Had another report this morning from a customer who took the chance and purchased some heat shrink tubing from China or India.  It did not work out.  Here is their list of pros and cons they came up with after the fact:

 

Pro:

Low Cost

 

Con:

Didn't shrink right

Sometimes wouldn't shrink all the way down to the cable

Inconsistent wall thickness had them concerned about voltage ratings (since wall thickness directly determines voltage rating)

Adhesive didn't flow right

Adhesive didn't properly bond to cable

Lead time was long

Transit time was long

Credit terms were unavailable

 

     I understand that WCSM is a high quality product.  High quality products generally require a somewhat premium price.  But let's face it, the adage "you get what you pay for" is very often true.  WCSM is manufactured right here in the United States of America.  It is manufactured by American workers.  It is manufactured using the same high quality components that it has always used.  WCSM has been consistently made (other than some minor sizing changes) for decades now!

 

     When you buy foreign made shrink tubing, you are gambling on a novice heat shrink manufacturer.  This other company is often chemically cross linking their product rather than spending the money to use radiation to crosslink the PE (radiation crosslinking is more expensive, more reliable and more consistent). 

 

     Those of you in the electrical world - I don't know the answer, but you probably do.  What is the cost when a seal fails?  What is the cost when water is able to get to a connection and short out the cable?  What is the cost in down time, in a lost anode bed, in a lost anode, in some kind of electrical blow out?  I bet it is costly both in terms of dollars and in terms of reputation - "Company X used some kind of cheap Indian heat shrink and as a result our system is currently all screwed up."  That sort of a situation is going to COST you a lot more than you will ever save by purchasing some cheap, poorly made shrink tubing. 

 

     That is the way I see it anyway.  It just isn't worth the risk.

Raychem MWTM Tubing

Raychem MWTM Tubing

Raychem MWTM tubing is a medium wall sealant coated or uncoated tubing rated for use at 600 volts. Sealant-coated MWTM tubing (-S designation) is for use as insulation/jacket repair rated for use up to 600 volts or for general sealing and rejackerting of polymeric- or elastomeric-insulated cable up to 35 kilo-volt.

• RUS is accepted as jacket restoration of JCN cable.
• Uncoated MWTM tubing (-U or -A/U) is for cable rejacketing only.
• MWTM tubing has a 3:1 shrink ratio and an unlimited shelf life when stored under normal conditions.

 Commonly used Sealant-Coated MWTM Tubing 

               MWTM - supplied with a 10 mm id that shrinks down to 3 mm with a length of 1200 mm

               MWTM - supplied with a 16 mm id that shrinks down to 5 mm with a length of 1200 mm

               MWTM - supplied with a 25 mm id that shrinks down to 8 mm with a length of 1200 mm

               MWTM - supplied with a 35 mm id that shrinks down to 12 mm with a length of 1200 mm

               MWTM - supplied with a 50 mm id that shrinks down to 16 mm with a length of 1200 mm

               MWTM - supplied with a 85 mm id that shrinks down to 25 mm with a length of 1200 mm

               MWTM - supplied with a 115 mm id that shrinks down to 34 mm with a length of 1200 mm

               MWTM - supplied with a 140 mm id that shrinks down to 42 mm with a length of 1200 mm

Commonly used Uncoated, Spooled MWTM Tubing

MWTM - supplied with a 10 mm id that shrinks down to 3 mm packaged standard in a 100 ft spool

MWTM - supplied with a 16 mm id that shrinks down to 5 mm packaged standard in a 100 ft spool

MWTM - supplied with a 25 mm id that shrinks down to 8 mm packaged standard in a 100 ft spool

  MWTM - supplied with a 35 mm id that shrinks down to 12 mm packaged standard in a 100 ft spool

 MWTM - supplied with a 50 mm id that shrinks down to 16 mm packaged standard in a 75 ft spool

Commonly used Uncoated, Cut-Piece MWTM Tubing 
 MWTM - supplied with a 85 mm id that shrinks down to 25 mm with a length of 1500 mm
   MWTM - supplied with a 115 mm id that shrinks down to 34 mm with a length of 1500 mm
   MWTM - supplied with a 115 mm id that shrinks down to 34 mm with a length of 1500 mm

Raychem WCSM Heavy Wall Tubing for 1000 Volts

Raychem WCSM Tubing

Raychem WCSM tubing is a heavy-wall sealant coated tubing rated for up to 1000 volts. For use on standard poly or elastomeric insulated / jacketed cable or lead-jacketed cables, which may include aluminum or steel armoring. WCSM tubing can be used to seal an in-line splice or terminal lug seal for non-flame retardant applications, cable re-jacketing and mechanical protection.

Sealant-coated WCSM tubing is qualified to ANSI C119.1 and rated to Western Underground guide 2.5. Also RUS accepted for use as a secondary tap or splice cover and for use as jacket restoration materials on JCN cable. WCSM tubing may be used for jacket repair on cable to 35 kilo volts.
WCSM tubing has a 4:1 shrink ratio and an unlimited shelf life when stored under normal conditions.

 

Commonly Used WCSM Tubing Sizes
WCSM- supplied with a 12 mm id that shrinks down to 3 mm with lengths of 150,300 or 1200 mm
WCSM- supplied with a 16 mm id that shrinks down to 4 mm with lengths of 150, 300 or 1200 mm
WCSM- supplied with a 24 mm id that shrinks down to 6 mm with lengths of 150, 225, 300 or 1200 mm
WCSM- supplied with a 34 mm id that shrinks down to 8 mm with lengths of 150, 200, 225, 300 or 1200 mm
WCSM- supplied with a 48 mm id that shrinks down to 12 mm with lengths of 150, 225, 300 or 1200 mm
WCSM- supplied with a 56 mm id that shrinks down to 16 mm with lengths of 225, 300 or 1200 mm
WCSM- supplied with a 70 mm id that shrinks down to 20 mm with lengths of 300, 450, 600 or 1200 mm
WCSM- supplied with a 110 mm id that shrinks down to 30 mm with lengths of 300 mm and 1200 mm
WCSM - supplied with a 130 mm id that shrinks down to 35 mm with lengths of 300, 450 or 1200 mm