Irradiated Crosslinked Insulated Cable Material Equipment for Mercury Lamp

• Customization: Available
• Type: Insulated
• Conductor Type: Solid
• Conductor Material: Copper Clad Aluminum
• Sheath Material: Crosslinking
• Insulation Material: XLPE
• Material Shape: Round Wire
• Range of Application: LSOH
• Certification: CE
• Power Supply: 3 Phase 380V+N+PE ,50Hz
• Point Measurement of Lightter: 3
• Point Measurement of Temp: 9
• Mercury Lamp Power: 6kw
• Number of Lights: 9
• Drive Power Supply: Transformer+ Capacitor
• Transport Package: Plywood
• Trademark: Hapro
• Origin: China
• HS Code: 84794000
• Production Capacity: 100/Year

Product Description

UV -II  UV -II radiation Cross-linking Equipment Performance
Power of equipment	70 kW	Power control	Non-adjustable
Range of controlling temp	/RT-400ºC	Power of air cooling fan	2.2 kW
Accuracy of controlling temp	±2ºC	Range of air cooling fan speed	0-2900r/min
Point measurement of temp	9	Number of fans	6(3/3) 3 intake/3 exhaust
Point measurement of light	3	TM difference of same zone	±25ºC
Mercury lamp power	6 kW	Light voltage	900V
Number of Lights	9	() Light lifetime(China)	400~600 400~600 hours
Lamp current waveform	Sine wave power frequency	Cooling system control	3 3 zones air cooling
Drive power supply	+ Transformer+ capacitor	Power efficiency	65%

Production guidance temperature and speed of low smoke zero halogen insulation irradiated materials

mm^2 Cross Section Area of Conductor	mm Insulation Nominal Thickness	m/min Speed of Production	% Hot Elongation	Thermal contraction  %	Permanent  deformation %
1.5	0.7	60~100	35~65	<1	0~10
2.5	0.7	60~90	35~65	<1	0~10
4	0.7	55~75	35~65	<1	0~10
6	0.9	30~60	25~65	<1	0~10
10	1.0	30~50	25~65	<1	0~10
16	1.0	30~45	25~65	<1	0~10
25	1.1	30~40	25~65	<1	0~10
35	1.2	20~35	25~65	<1	0~10
50	1.2	20~35	25~65	<1	0~10
70	1.4	20~30	25~65	<1	0~10

Production guidance temperature and speed of XLPE insulation irradiated materials

mm^2 Cross Section Area of Conductor	mm Insulation Nominal Thickness	m/min Speed of Production	% Hot Elongation	Thermal contraction  %	Permanent  deformation %
2.5	0.7	50~120	50~110	<1	0~10
4	0.7	50~120	50~110	<1	0~10
6	0.7	50~120	50~110	<1	0~10
10	0.8	50~110	50~110	<1	0~10
16	0.8	50~110	50~110	<1	0~10
25	0.9	50~100	50~110	<1	0~10
35	0.9	50~100	50~110	<1	0~10
50	1.0	40~100	50~110	<1	0~10
70	1.1	40~90	50~110	<1	0~10
95	1.1	35~90	50~110	<1	0~10
120	1.2	35~80	50~110	<1	0~10
150	1.4	30~70	50~110	<1	0~10
185	1.6	30~60	50~110	<1	0~10
240	1.7	20~45	50~110	<1	0~10
300	1.7	15~30	50~110	<1	0~10

•