Unipolar slide line

1. H Hot Pressed Aluminum Conductor System

Tech Data

Model	Code	Cross-section mm²	Rated Current A	Resistance Ω/km	Impedance Ω/km	Support Bracket
SJDL-130/150	0831010	130	150	24×32	0.2154	0.2154
SJDL-160/250	0831011	160	250		0.1905	0.2195
SJDL-198/320	0831012	198	320	33×42	0.1333	0.1333
SJDL-320/500	0831013	320	500		0.0952	0.1455
SJDL-400/630	0831014	400	630		0.0762	0.1338
SJDL-500/800	0831015	500	800		0.0609	0.1258
SJDL-700/1000	0831016	700	1000		0.0435	0.1184
SJDL-800/1250	0831017	800	1250		0.0381	0.0987
SJDL-1200/1600	0831018	1200	1600	52×65	0.0254	0.0904
SJDL-1600/2000	0831019	1600	2000		0.0190	0.0889
SJDL-2000/2500	0831020	2000	2500		0.0152	0.0881

2. H Hot Pressed Copper Conductor System

Tech Data

Model	Code	Cross-section mm²	Rated Current A	Resistance Ω/km	Impedance Ω/km	Support Bracket
SJDT-160/500	0832021	160	500	20×26	0.1161	0.1594
SJDT-250/700	0832022	250	700		0.0743	0.1327
SJDT-320/1000	0832023	320	1000	32×42	0.0580	0.1244
SJDT-400/1250	0832024	400	1250		0.0464	0.1194
SJDT-500/1600	0832025	500	1600		0.0372	0.1161
SJDT-700/2000	0832026	700	2000		0.0265	0.1132

3. H cold-being copper conductor system

Tech Data

Model	Code	Cross-section mm²	Rated Current A	Resistance Ω/km	Impedance Ω/km	Support Bracket
SJDT-L-38.4/150	0833030	38.4	150	20×26	0.485	0.489
SJDT-L-57.6/250	0833031	57.6	250		0.323	0.328
SJDT-L-75.6/320	0833032	75.6	320	32×42	0.246	0.250
SJDT-L-140.4/500	0833033	140.4	500		0.124	0.128

Model	Code	Dimension			Weight KG
		L	H	W
XDT-1	0835211	27	43	40	0.050
XDT-2	0835212	31	46	55	0.075
XDT-3	0835213	43	61	60	0.100
XDT-4	0835214	63	88	76	0.150

Model	Code	Dimension			Weight KG
		L	H	W
LJ-1	0835310	160	60	25	0.08
LJ-2	0835311	240	90	45	0.20
LJ-3	0835312	260	150	70	0.50

Model	Code	Dimension		Weight KG
		L	W
DL-1	0835511	105	25	0.18
DL-2	0835512	152	32	0.30
DL-3	0835513	170	63	0.50

Model	Code	Dimension
		L	H	W
DM-1	0835331	78	35	42
DM-2	0835332	70	53	43
DM-3	0835333	80	80	65

Model	Code	Dimension
		L	axa	H	W
BC-1	0835611	100	25×25	100	330
BC-2	0835612	100	25×25	100	410

Model	Code	Dimension
		L	H	W
JX-1	0835711	26.5	13	104.5
JX-2	0835712	38	20	161
JX-3	0835713	57	20	180

Model	Code	Dimension
		L	H
SJDA-100	S0835010	200	60

Model	Code	Dimension
		L	H
SJDA-150	0835020	300	150

Model	Code	Dimension
		L	H
SJDA-250	0835030	400	130

Model	Code	Dimension
		L	H
SJDA-400	0835040	370	150

Model	Code	Dimension
		L	H
SJDA-500	0835050	400	200

Model	Code	Dimension
		L	W	L1
ZJI-3-80	0835811	370	40	80
ZJI-3-120	0835812	380	50	120
ZJI-4-80	0835813	450	40	80
ZJI-4-120	0835814	500	50	120

Model	Code	Dimension
		L	W	L1
ZJⅡ-3-80	0835820	420	40	80
ZJⅡ-3-120	0835821	500	50	120
ZJⅡ-4-80	0835822	500	40	80
ZJⅡ-4-120	0835823	620	50	120

Model	Code	Dimension
PZDL-A	0836101	subject to conductor spec and expansion section type
PZDL-B	0836102
PZDT-A	0836103

Single-pole sliding contact line (also known as single-pole safety sliding contact line or single-pole power supply sliding contact line) is a system used for power supply to mobile equipment (such as cranes, electric hoists, automated production lines, etc.), and it has the following advantages:

The single-pole sliding contact line is safe and reliable

· Good insulation protection: The casing is made of PVC or engineering plastic, with a high protection level (usually IP23 or above), preventing the risk of electric shock.

· Dust-proof and moisture-proof: The closed design reduces the intrusion of dust and moisture, making it suitable for harsh environments such as factories and ports.

· Short-circuit prevention: Single-pole independent power supply, which is safer than bare wires and avoids interphase short circuits.

2. The installation and maintenance of the single-pole sliding contact line are simple and convenient

· Modular design: It can be installed in sections, with flexible length adjustment to meet the requirements of different spans.

· Maintenance-free: The collector has stable contact with the guide rail, with minimal wear, and requires no frequent maintenance over long-term use.

· Easy to replace: When a single pole is damaged, only the corresponding section needs to be replaced, which does not affect the overall system operation.

3. The single-pole sliding contact line is highly efficient and energy-saving

· Low impedance: High-quality conductive materials (such as copper or aluminum alloy) reduce resistance and minimize power loss.

· Stable voltage: Good contact to avoid voltage fluctuations and ensure the stable operation of the equipment.

4. The single-pole sliding contact line has strong adaptability

· Corrosion-resistant: Available in aluminum alloy or stainless steel, suitable for humid, chemical and other corrosive environments.

· Resistance to high and low temperatures: Wide operating temperature range (-30℃ to 120℃), suitable for different climatic conditions.

· Resistance to mechanical shock: The sturdy casing protects the internal conductors from external force damage.

5. The single-pole sliding contact line is economical and practical

· Long service life: The wear-resistant collector and anti-oxidation guide rails can have a service life of more than 10 years.

· Low comprehensive cost: Compared with cable drag chains or bare wire sliding contact lines, the long-term usage and maintenance costs are lower.

6. The single-pole sliding contact line is flexibly configured

· Multi-stage current selection: from 100A to over 1000A, meeting the power requirements of different devices.

· Scalability: Supports multi-pole combination (such as 3-pole +PE), suitable for three-phase power supply systems.

The applicable scenarios of the single-pole sliding contact line

· Lifting equipment: bridge cranes, gantry cranes, overhead cranes, etc.

· Automated production lines: conveyors, AGV carts, automated warehousing systems.

· Other mobile power supply: amusement facilities, stage equipment, wharf loading and unloading equipment, etc.

Summary

Single-pole sliding contact lines stand out in terms of safety, durability, energy efficiency and ease of installation. They are an ideal choice for power supply to mobile devices, especially suitable for industrial environments that require stable power transmission.