Applications :

• The cables are designed for installation in trackside bracket runs and for use within railway equipment rooms within open locations (type 1) or in subsurface tunnels and underground locations (type 2).

Standards :

• LUL Spec G7622 A1 type 1 (for PVC sheath)
• LUL Spec G7622 A1 type 2 (for LSZH sheath)

 

Construction :

• Conductors : Solid plain copper, 0.63/0.9 mm nominal diameter.
• Insulation : Cellular polyethylene.
• Cabling Element : Four insulated conductors are twisted together to form a quad.
• Stranding : Conductors are helically stranded in concentric layers.
• Core Wrapping : Plastic tape (s) with overlapping.
• Moisture Barrier : One laminated sheath made of aluminium tape (0.15mm thick) coated with PE-Copolymer on at least one side is applied with longitudinally overlap.
• Outer Sheath : LSZH sheath, coloured violet.

Optional :

• Type 1 Cables : For type 1 cables, additional foil (at least one polyester tape) and PVC sheath are applied over the LSZH sheath. (VDE Code: A-02Y(L)HY).
• Armoured Cables : Corrugated steel tape armour is applied with an overlap over LSZH sheath. An outer LSZH sheath is applied over the armour. (VDE Code: A-02Y(L)H(SR)H).
  

Electrical Characteristics at 20 °C :

• Nominal Conductor Diameter	mm	0.63	0.9
  Maximum Conductor Resistance
  Average Value	Ω/km	57.5	28
  Individual Value	Ω/km	59	29
  Minimum Insulation Resistance @500 V DC	MΩ.km	1500	1500
  Maximum Average Mutual Capacitance	nF/km	59	59
  Maximum Average Capacitance Unbalance
  Between pairs in same quad	pF/460m	50	50
  Between pairs (centre or in any layer)	pF/460m	30	30
  Between any pairs and earth	pF/460m	200	200
  Between phantom and pairs in same quad	pF/460m	300	300

Mechanical and Thermal Properties :

• Minimum Bending Radius : 7.5×OD (unarmoured); 10×OD (armoured).
• Temperature Range : -40°C to +70°C (during operation); -10°C +50°C (during installation).

Core Identification :

 

Quad colours in centre and even layers

 

Position of Quad in Layer	Centre and Even Layers				Quad Whipping Colours
	A Wire	B Wire	C Wire	D Wire
1st Quad (Marker)	ORANGE	WHITE	BLUE	GREY	WHITE/ORANGE
Even Quads	RED	WHITE	VIOLET	YELLOW	WHITE
Odd Quads	BROWN	WHITE	GREEN	GREY	WHITE
Last Quad	ORANGE	WHITE	RED	GREEN	WHITE/ORANGE

 

Quad colours in odd layers

 

Position of Quad in Layer	Centre and Even Layers				Quad Whipping Colours
	A Wire	B Wire	C Wire	D Wire
1st Quad (Marker)	ORANGE	BLACK	BLUE	GREY	WHITE/ORANGE
Even Quads	RED	BLACK	VIOLET	YELLOW	WHITE
Odd Quads	BROWN	BLACK	GREEN	GREY	WHITE
Last Quad	ORANGE	BLACK	RED	GREEN	WHITE/ORANGE

 

Make-up of cable

 

Number of Pairs	Number of Quads in centre and successive layers
	Centre	1st Layer	2ndLayer	3th Layer	4th Layer	5th Layer	6th Layer
8	4	-	-	-	-	-	-
14	1	6	-	-	-	-	-
20	2	8	-	-	-	-	-
28	4	10	-	-	-	-	-
38	1	6	12	-	-	-	-
54	3	9	15	-	-	-	-
74	1	6	12	18	-	-	-
104	4	10	16	22	-	-	-
160	4	10	16	22	28	-	-
228	4	10	16	22	28	34	-
308	4	10	16	22	28	34	40

 

 

Dimensions and Weight :

 

G7622 A1 Type 2 Cables

 

Cable Code	No. of pairs	Minimum Sheath Thickness mm	Nominal Overall Diameter mm	Nominal Weight kg/km
0.63mm Conductor, 1.0mm Insulated Wire
RS7622A1/T2-02Y(L)H-8P0.63	8	2.5	14.5	190
RS7622A1/T2-02Y(L)H-14P0.63	14	2.5	16.0	240
RS7622A1/T2-02Y(L)H-20P0.63	20	2.5	17.5	310
RS7622A1/T2-02Y(L)H-28P0.63	28	2.5	19.5	380
RS7622A1/T2-02Y(L)H-38P0.63	38	2.5	21.5	470
RS7622A1/T2-02Y(L)H-54P0.63	54	2.5	23.5	610
RS7622A1/T2-02Y(L)H-74P0.63	74	2.5	25.5	780
RS7622A1/T2-02Y(L)H-104P0.63	104	2.5	29.0	1020
RS7622A1/T2-02Y(L)H-160P0.63	160	2.5	34.0	1498
RS7622A1/T2-02Y(L)H-228P0.63	228	2.5	39.0	1993
RS7622A1/T2-02Y(L)H-308P0.63	308	2.5	43.5	2670
0.9mm Conductor, 1.5mm Insulated Wire
RS7622A1/T2-02Y(L)H-8P0.9	8	2.5	17.5	280
RS7622A1/T2-02Y(L)H-14P0.9	14	2.5	20.0	380
RS7622A1/T2-02Y(L)H-20P0.9	20	2.5	22.5	500
RS7622A1/T2-02Y(L)H-28P0.9	28	2.5	24.5	630
RS7622A1/T2-02Y(L)H-38P0.9	38	2.5	25.5	790
RS7622A1/T2-02Y(L)H-54P0.9	54	2.5	29.0	1060
RS7622A1/T2-02Y(L)H-74P0.9	74	2.5	32.5	1370
RS7622A1/T2-02Y(L)H-108P0.9	108	2.5	37.5	1830

 

G7622 A1 Type 1 Cables

 

Cable Code	No. of pairs	Minimum Sheath Thickness mm		Nominal Overall Diameter mm	Nominal Weight kg/km
		Inner	Outer
0.63mm Conductor, 1.0mm Insulated Wire
RS7622A1/T1-02Y(L)HY-8P0.63	8	2.5	3.0	20.5	330
RS7622A1/T1-02Y(L)HY-14P0.63	14	2.5	3.0	22.0	390
RS7622A1/T1-02Y(L)HY-20P0.63	20	2.5	3.0	23.5	480
RS7622A1/T1-02Y(L)HY-28P0.63	28	2.5	3.0	25.5	560
RS7622A1/T1-02Y(L)HY-38P0.63	38	2.5	3.0	27.5	660
RS7622A1/T1-02Y(L)HY-54P0.63	54	2.5	3.0	29.5	830
RS7622A1/T1-02Y(L)HY-74P0.63	74	2.5	3.0	31.5	1010
RS7622A1/T1-02Y(L)HY-104P0.63	104	2.5	3.0	35.0	1290
0.9mm Conductor, 1.5mm Insulated Wire
RS7622A1/T1-02Y(L)HY-8P0.9	8	2.5	3.0	23.5	440
RS7622A1/T1-02Y(L)HY-14P0.9	14	2.5	3.0	26.0	550
RS7622A1/T1-02Y(L)HY-20P0.9	20	2.5	3.0	28.5	700
RS7622A1/T1-02Y(L)HY-28P0.9	28	2.5	3.0	30.5	840
RS7622A1/T1-02Y(L)HY-38P0.9	38	2.5	3.0	31.5	1020
RS7622A1/T1-02Y(L)HY-54P0.9	54	2.5	3.0	35.0	1310
RS7622A1/T1-02Y(L)HY-74P0.9	74	2.5	3.0	38.5	1650
RS7622A1/T1-02Y(L)HY-104P0.9	104	2.5	3.0	43.5	2160

 

Armoured G7622 A1 Type 2 Cables

 

Cable Code	No. of pairs	Minimum Sheath Thickness mm		Nominal Overall Diameter mm	Nominal Weight kg/km
		Inner	Outer
0.63mm Conductor, 1.0mm Insulated Wire
RS7622A1/T2-02Y(L)H(SR)H-8P0.63	8	1.2	2.5	18.2	430
RS7622A1/T2-02Y(L)H(SR)H-14P0.63	14	1.2	2.5	19.0	500
RS7622A1/T2-02Y(L)H(SR)H-20P0.63	20	1.2	2.5	21.2	600
RS7622A1/T2-02Y(L)H(SR)H-28P0.63	28	1.2	2.5	22.6	690
RS7622A1/T2-02Y(L)H(SR)H-38P0.63	38	1.2	2.5	24.2	810
RS7622A1/T2-02Y(L)H(SR)H-54P0.63	54	1.2	2.5	26.7	980
RS7622A1/T2-02Y(L)H(SR)H-74P0.63	74	1.2	2.5	29.2	1190
RS7622A1/T2-02Y(L)H(SR)H-104P0.63	104	1.2	2.5	32.6	1480

 

 

 

 

Mineral Oil Resistant	Rated voltage	Buried in Ciround	Laid In Ducts

 

 

PVC Sheath

Flame Retardant NF C32-070-2.1(C2) IEC 60332-1/EN 50265-2-1

 

 

LSZH Sheath

Flame Retardant NF C32-070-2.1(C2) IEC 60332-1/EN 50265-2-1 Fire Retardant NF C32-070-2.2(C1) IEC 60332-3/EN50266 Zero Halogen IEC 60754-1/NF C20-454 EN 50267-2-1 Low Toxicity         Low Smoke Emission IEC 61034/NFC20-902 EN 50268/NF C32-073 Low Corrosivity EN 50267-2-2/NF C32-074 IEC 60754-2/NF C20-453