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TMCX | Class I, Div 1 & 2 | AEx e, AEx d, AEx ta | Hazardous Location Barrier Cable Gland For MC, MC-HL, Interlocked & Teck Armoured Cables

Globally Approved, Hazardous (Classified) Location Barrier Cable Gland

• Simple, sequential installation process
• Compound barrier type flameproof seal
• Integral protected deluge seal
• 360° grounding spring (non-magnetic)
• Disconnectable, union design feature
• -76°F to 185°F / -60°C to 85°C
• Globally marked, UL, cCSAus, IECEx & ATEX

Design Specification BS 6121:Part 1:1989, IEC 62444, EN 62444
Mechanical Classifications* Impact = Level 8, Retention = Class D
Enclosure Protection IK10 to IEC 62262 (20 joules) Brass & Stainless Steel only
ATEX Certificate CML 18ATEX1337X
Code of Protection II 2G 1D, Ex db IIC, Ex eb IIC, Ex tD A21 IP66
Compliance Standards EN 60079-0,7, EN 61241-0,1
IECEx Certificate IECEx CML 18.0184X
Code of Protection Ex db IIC, Ex eb II, Ex tD A21 IP66
Compliance Standards IEC 60079-0,1,7,31
cCSAus Certificate 1129339
CSAus Code of Protection Class I, Div 1 and 2, Groups A, B, C and D; Class II, Div 1 and 2, Groups E, F, and G; Class III, Div
1 and 2; Encl. Type 3, 4, 4X. Class I, Zone 1, AEx d IIC; AEx e II
cCSA Code of Protection Class I, Div 1 and 2, Groups A, B, C and D; Class II, Div 1 and 2, Groups E, F, and G; Class III, Div 1 and 2; Encl. Type 3, 4, 4X.
Ex d IIC; Ex e II:
Compliance Standards CAN/CSA-C22.2 Various Sections (See Certificate) CAN/CSA-E60079-0, CAN/CSA-E60079-1
UL Certificate E161256
E256366
Code of Protection Class I, Div 2, Groups A,B,C,D, Class II, Div 2, Groups F,G
Class I, Zone 1, AEx d IIC, AEx e II
EAC Certificate (Formerly GOST R, K & B) Ex ta IIICTC RU C-GB.AA87.B.00487
UkrSEPRO CU 19.0371X
CCOE / PESO (India) Certificate P444949
RETIE Certificate 03866
Marine Approvals LRS: 01/00172, DNV: TAE00000Y, ABS: 20-LD1948801-PDA, BV: 43180/A1BV
CCC Certificate 2020322313003429
Ingress Protection Rating** NEMA 4X & IP66
Cable Type Corrugated & Interlocked Metal Clad Armour (MC) or TECK90, Continuously Welded
Metal Clad Armour (MCHL), ACIC-HL, ACWU90-HL, RC90-HL, RA90-HL
Armour Clamping 360° Stainless Steel Grounding Spring
Jacket Sealing Technique CMP Unique Displacement Seal Concept
Sealing Area(s) Inner Compound Barrier and Cable Outer Jacket
Seal Material CMP SOLO LSF Halogen Free Thermoset Elastomer / Epoxy Barrier Compound
Cable Gland Material Copper Free (<0.4%) Aluminium, Stainless Steel, Electroless Nickel Plated Brass

Note : * Mechanical & Electrical Classifications applied as per IEC 62444 & EN 62444
** When CMP installation accessories are used. Refer to Maintaining a Seal for further information.

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Certificates

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Product Selection Table

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Order Reference
(NPT)
Entry Thread
'C'
Minimum Thread Length 'E'Cable Armor Diameter 'A'Cable Jacket Diameter 'B'Nominal Assembly Length 'F'MaxShroudWeight
(oz)
NPTMetricNPTMetricArmor Stop inArmor Stop OutAcross Flats 'D'Across Corners 'D'
AluminumNickel Plated BrassStainless SteelMinMaxMinMaxMinMax
TMCX050SATMCX050SNBTMCX050SSS½"M200.780.59No StopNo Stop0.340.500.350.551.831.201.32PVC067.90
TMCX050ATMCX050NBTMCX050SS½"M200.780.59No StopNo Stop0.510.670.550.792.061.421.56PVC099.91
TMCX075ATMCX075NBTMCX075SS¾"M250.800.590.590.760.760.920.671.042.091.611.78PVC1011.61
TMCX100ATMCX100NBTMCX100SS1"M320.980.590.780.970.971.150.911.272.241.972.17PVC1317.53
TMCX125ATMCX125NBTMCX125SS1 ¼"M401.010.591.081.231.231.391.161.502.222.172.38PVC1520.92
TMCX150ATMCX150NBTMCX150SS1 ½"M501.030.591.321.461.461.621.401.742.312.362.60PVC1824.45
TMCX200SATMCX200SNBTMCX200SSS2"M501.060.591.511.681.681.851.581.972.522.763.03PVC2142.33
TMCX200ATMCX200NBTMCX200SS2"M631.060.591.771.931.932.091.862.212.492.953.25PVC2338.80
TMCX250SATMCX250SNBTMCX250SSS2 ½"M751.570.592.052.162.162.322.082.442.733.153.47PVC2559.97
TMCX250ATMCX250NBTMCX250SS2 ½"M751.570.592.252.412.412.552.332.682.843.353.68PVC2756.48
TMCX300ATMCX300NBTMCX300SS3"M901.630.952.542.782.782.972.623.133.874.334.76LSF32123.46
TMCX350ATMCX350NBTMCX350SS3 ½"M1001.690.952.913.293.293.492.993.834.525.255.78LSF34236.34
Order code example: TMCX250SS “TMC” (Gland Type) - “250” (2 ½” NPT Thread) - “SS” (Material Stainless Steel)
Dimensions are displayed in inches unless otherwise stated
For 4” TMCX cable glands please contact CMP
Order Reference
(NPT)
Entry Thread
'C'
Entry Thread
'C'
Minimum Thread Length 'E'Minimum Thread Length 'E'Cable Armor Diameter 'A'Cable Jacket Diameter 'B'Nominal Assembly Length 'F'MaxShroudWeight
(Ozs)
Armor Stop inArmor Stop OutAcross Flats
'D'
Across Corners
'D'
AluminumNickel Plated BrassStainless SteelMinMaxMinMaxMinMax
TMCX050SATMCX050SNBTMCX050SSS½'M2019.815.0No StopNo Stop8.612.78.914.046.530.533.5PVC060.22
TMCX050ATMCX050NBTMCX050SS½'M2019.815.0No StopNo Stop13.017.011.220.152.336.139.6PVC090.28
TMCX075ATMCX075NBTMCX075SS¾'M2520.315.015.019.319.323.417.026.453.140.945.2PVC100.33
TMCX100ATMCX100NBTMCX100SS1'M3224.915.019.824.624.629.222.132.356.950.055.1PVC130.50
TMCX125ATMCX125NBTMCX125SS1 ¼'M4025.715.027.431.231.235.329.538.156.455.160.5PVC150.59
TMCX150ATMCX150NBTMCX150SS1 ½'M5026.215.033.537.137.141.135.644.258.759.966.0PVC180.69
TMCX200SATMCX200SNBTMCX200SSS2'M5026.915.038.442.742.747.040.150.064.070.177.0PVC211.20
TMCX200ATMCX200NBTMCX200SS2'M6326.915.045.049.049.053.147.256.163.274.982.6PVC231.10
TMCX250SATMCX250SNBTMCX250SSS2 ½'M7539.915.052.154.954.958.952.862.069.380.088.1PVC251.70
TMCX250ATMCX250NBTMCX250SS2 ½'M7539.915.057.261.261.264.859.268.172.185.193.5PVC271.60
TMCX300ATMCX300NBTMCX300SS3'M9041.424.164.570.670.675.466.579.598.3110.0120.9LSF323.50
TMCX350ATMCX350NBTMCX350SS3 ½'M10042.924.173.983.683.688.675.997.3114.8133.4146.8LSF346.70
TMCX400ATMCX400NBTMCX400SS4'M11543.924.173.983.683.688.675.997.3114.8133.4146.8LSF347.50
Dimensions in millimeters unless otherwise stated

Technical Illustration

Additional Information

Combating Galvanic Corrosion at CMP

The type and thickness of nickel coatings applied to brass cable glands varies significantly around the world, and many of the solutions adopted are inherently porous, meaning that they are unable to provide complete protection against chemical attack, corrosion, or material break-down. There are typically two types of nickel plating in common use, these being electro nickel plating and electro-less nickel plating.

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Electrical Safety in the Work Place

Local codes of practice or regulations may be in force to ensure that safety is maintained to eliminate the possibility of accidents arising from the danger of electricity. These dangers would include electric shock, burns, fire, explosion and arcing. In the United Kingdom the ESQCR 2002, and amendments 2006 (S.I. No. 1521) and 2009 (S.I. No. 639), introduced under Statutory Instrument No. 2665, and the Electricity at Work Regulations 1989 (EAW Regulations), which came into force on 1 April 1990, comprehensively deal with this subject.

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Cables Permitted in Hazardous Locations

In accordance with API 500 (14F), API 505 (14FZ), National Electrical Code (NEC) 2020 and C22.1-18 (Canadian Electric Code) any cable for use in a classified location must firstly be of a type permitted in the location, and secondly be tested and approved to standards specific to the application.

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