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Single-envelope metal halide UV radiators with additives of iron and cobalt (HPA) or lead and gallium (HPM).Their high quality is expressed in long life, high radiant efficiency, excellent UV output, and arc stability. The spectrum of HPA repro lamps is optimised for UV-A ultraviolet radiation, while HPM repro lamps radiate in the DIAZO range. These spectra also contain some UV-B and UV-C, which are harmful to eyes and skin. The lamps do not produce ozone. Appropriate measure should be taken to protect eyes and skin against direct irradiation.

Most of the lamps are designed to run at several power levels e.g. standby, medium and full. For optimal operation, the bulb temperature should be kept between 750 and 950° C, with a maximum at the pinches of 350° C. This requires forced air cooling, adapted to the power level.

Applications

Contact copying of images from transparent film to a UV-sensitive carrier e.g. another film, offset plate, silk screen, printed circuit board, microfilm. The type of lamp used depends on the spectral sensitivity of the carrier. UV curing of glue, resin and pigmented lacquer.

Lamp typeLamp 1)
wattage

W		Lamp
 1)
voltage

V 		Lamp
 1)
current

A		Run-up
time 2)
max.
min. 		UVA
irrad. 3)
at 0 h
μW/cm2 		Diazo
irrad. 3)
at 0 h
μW/cm2		Mainte-
nance 4)
at 750 h
%		Arc
length

mm 		Lamp
length 5)

mm 		Lamp
diam.

mm		Lamp
base		Cable
length 6)

mm		Dimen
sions

fig.

HPA 800R 840/
430 		133/129 7.2/3.8 2 1600  80 37 110 18 C7S 3751
HPA 1001R 1150
/570		130/110 10.0/5.8 2 2000  85 26 137 24 C10.5L 100T 3
HPA 1009R 1150/
570 		130/110 10.0/5.8 2 2000  85 26 132 24 THS L 100T 4
HPA 1000/20 1100 120 10.5 3 1780  80 21 129 27 C10.5L 100T 2
HPA 1200R 1180/
500		125/105 10.5/5.8 32240  80 83 147 27C14X 195 5
HPA 3000R 3000/
1575 		440/370 8.0/4.8 4 6200  90 105 190 27 C10.5S 110T 8
HPA 4020R 3900/
2000 		440/410 10.5/5.5 4 8900  90 162 248 27 C10.5S 110T 11
HPA 4048R 3900/
2000 		440/410 10.7/5.5 4 8900  90 156242 27 THS S 200T 12
HPA 5035R 4900/
2700		255/225 21.0/12 4 10300  90 194 281 24 B14.5 78F 13
HPM 10/B 400 125 3.5 3  700 80 38 11217 B9.5 - 14
HPM 12 460120 4.1 5  800 80 4598 21 C14X145 15
HPM 13 1000 125 8.6 3  2000 80 76 147 27 C14X 300 16
HPM 15 1950/
800 		240 9.0 4  4100 90 131 203 32 C14X 300 17
HPM 17 2000 243 8.7 2  4600 80 110 175 27 C14X 300 18
HPM 19BT 2000/
900 		20011.0 2  4200 85 103 179 27 B9.5 - 19
HPM 20/B 2900 350 9.4 2  6150 95 150 236 27 B9.5 -20
HPM 20/C 2900350 9.42  6150 95 150 210 27 C14X 225RT 21
HPM 25/C 5000/
1900		245/210 23.0/10 2  12000 90 186 276 27 CU 19022
HPM 1001 1150/
650 		120/110 10.0/5.92  2800 85 26 137 24 C10.5L 100T 3
HPM 2010 1900/
850		210/190 10.0/5.3 2  5600 90 55 132 27 C10.5S 110T 6
HPM 2018 1900/
850 		210/19010.0/5.3 2  5600 9055 132 27 THS S 110T 7
HPM 3000 3350/
1575 		400/375 9.0/4.84  9000 90 105 190 27 C10.5S 110T 8
HPM 3008 3350/
1575 		400/375 9.0/4.8 4  9000 90 105 19027 THS S 110T 9
HPM 4010 4000/
1800 		310/260 13.5/7.4 4  10500 90 117 203 32 C10.5S 19010
HPM 4020 4000/
1850 		400/355 11.5/5.8 4  11500 90 162 248 27 C10.5S 110T 11

1) First electrical value is measured free burning on reference impedance (see table with circuit data) at 0 hours. Second value gives indication of stand-by operation.
2) Maximum time to reach 90% of UV-output after cold start on reference circuit.
3) UV irradiation measured perpendicular to lamp axis at 1 m distance with a relative spectral sensitivity according to IEC. UVA is the wavelength range between 315-400 nm, DIAZO between 320-440 nm.
4) Percentage of UV output at 750 h compared to 0 h. The lifetime at which maximum 10% of a large batch of lamps have failed is also specified at 750 h for all HPA/HPM lamps.
This lifetime and UV-maintenance is reached under following test conditions:
- Pinch temperature: 350° C max.
- Bulb temperature: 950° C max., 750° C min. (also at reduced power!)
- Switching cycle 5h30' ON, 30' OFF. Horizontal burning position.
5) For a definition of Overall Length (OAL), see drawing of lamp base dimensions.
6) Cable terminal type: T=straight faston terminal, RT= round terminal, F= flag faston, no symbol= stripped end.

Ordering number
Lamp 		EOCLamp typeReference 7)
Impedance
Ω 		Supply
Voltage
V 		Wiring
diagram 		Test circuit 8)

B1 		B2 B3B4Ignitor
9280 564 06000 196125 HPA 800R 20.9 (at 7.5 A) 220 fig.3BHA 400L08 BHA 400L08- - MZN 1000S
9280 810 06000 194428 HPA 1001R 15.4 (at 10 A) 220 fig.4 BHL 1000L02BHL 80L11 BTA18L31BTA58L31 MZN 1000S
9280 824 06000 195876 HPA 1009R 15.4 (at 10 A) 220 fig.4 BHL 1000L02 BHL 80L11 BTA18L31 BTA58L31 MZN 1000S
9280 756 06000 191151 HPA 1000/20 15.4 (at 10 A) 220 fig.4 BHL 1000L02 BHL 80L11 BTA18L31 BTA58L31MZN 1000S
9280 805 06000 191335 -HPA 1200R 14.6 (at 10 A) 220 fig.3 BHL 1000L02 BHL 250L11 - - MZN 1000S
9280 814 06000 194480HPA 3000R transformer 380 fig.6 VG12 transformer with C=28μ F (1800V)     
9280 812 06000 194275HPA 4020Rtransformer 380 fig.6 VG12 transformer with C=36μ F (1800V)     
9280 832 06000 196828 HPA 4048R transformer 380 fig.6 VG12 transformer with C=36μ F (1800V)     
9280 503 06000 194213 HPA 5035R 10.8 (at 25 A) 380fig.5 BHL 2000L18 BHL 2000L18 BHL 700L02BHL700L02 380MZN 4000
9280 706 05100 190499 HPM 10/B44.9 (at 3.5 A) 220 fig.2 BHL 400L11 - - - SU 40S
9280 729 05100 190581 HPM 12 39 (at 4.6 A) 220 fig.1 BSN 400L08 - - - SN58
9280 744 05100 190642HPM 13 18.7 (at 7.5 A) 220 fig.2 BHL 1000L02 - - - MZN 1000S
9280 728 05100 191489 HPM 15 28 (at 8 A) 380 fig.2 BHL 2000L18 - - - 380 MZN 4000
9280 727 05100 190550 HPM 1728 (at 8 A) 380 fig.2 BHL 2000L18 - - - 380 MZN 4000
9280 748 06000190703 HPM 19BT 26.4 (at 11 A) 380 fig.5 BHL 2000L18- BHL 80L11BHL 80L11 380 MZN 4000
9280 746 05100 190673 HPM 20/B transformer 380 fig.6 VG12 transformer with C=24μ F (1800V)     
9280 766 05100190796 HPM 20/C transformer 380 fig.6 VG12 transformer with C=24μ F (1800V)    
9280 792 06000 191762 HPM 25/C 10.8 (at 25 A) 380 fig.5 BHL 2000L18 BHL 2000L18 BHL 700L02 BHL 700L02 380 MZN 4000
9280 811 06000 194305 HPM 1001 15.4 (at 10 A) 220 fig.4 BHL 1000L02 BHL 80L11BTA18L31 BTA58L31 MZN 1000S
9280 808 06000 194336HPM 2010 31.8 (at 9.5 A) 380 fig.2 BHL 2000L29 - - - 380 MZN 4000
9280 830 06000 196804 HPM 2018 31.8 (at 9.5 A) 380 fig.2 BHL 2000L29 - - - 380 MZN 4000
9280 813 06000 194367 HPM 3000 transformer 380 fig.6 VG12 transformer with C=28μ F (1800V)    
9280 826 06000 195999 HPM 3008 transformer 380 fig.6 VG12 transformer with C=28μ F (1800V)     
9280 794 06000 191007 HPM 4010 transformer 380 fig.6 * on request*    
9280 807 06000 194398 HPM 4020 transformer 380 fig.6 VG12 transformer with C=36μ F (1800V)     

7) For inductive circuits, the impedance of the ballast is given. For transformer type circuits, see Test circuit.
8) The four ballast test circuits are only given for design purposes.
A custom designed ballast is preferred in practice. With two ballast systems, one of the ballasts may be switched to achieve stand-by operation.

Max. current of 380 MZN 4000 ignitor is 18 A. For lamps with a higher lamp current (HPM 25C, HPM 5005, HPA 5035R): place a second ignitor in parallel, or bridge the ignitor with a switch closing immediately after ignition.

 
 
To download the pdf file about this product click here

Single-envelope metal halide UV radiators with additives of iron and cobalt (HPA) or lead and gallium (HPM).Their high quality is expressed in long life, high radiant efficiency, excellent UV output, and arc stability. The spectrum of HPA repro lamps is optimised for UV-A ultraviolet radiation, while HPM repro lamps radiate in the DIAZO range. These spectra also contain some UV-B and UV-C, which are harmful to eyes and skin. The lamps do not produce ozone. Appropriate measure should be taken to protect eyes and skin against direct irradiation.

Most of the lamps are designed to run at several power levels e.g. standby, medium and full. For optimal operation, the bulb temperature should be kept between 750 and 950° C, with a maximum at the pinches of 350° C. This requires forced air cooling, adapted to the power level.

Applications

Contact copying of images from transparent film to a UV-sensitive carrier e.g. another film, offset plate, silk screen, printed circuit board, microfilm. The type of lamp used depends on the spectral sensitivity of the carrier. UV curing of glue, resin and pigmented lacquer.

Lamp typeLamp 1)
wattage

W		Lamp
 1)
voltage

V 		Lamp
 1)
current

A		Run-up
time 2)
max.
min. 		UVA
irrad. 3)
at 0 h
μW/cm2 		Diazo
irrad. 3)
at 0 h
μW/cm2		Mainte-
nance 4)
at 750 h
%		Arc
length

mm 		Lamp
length 5)

mm 		Lamp
diam.

mm		Lamp
base		Cable
length 6)

mm		Dimen
sions

fig.

HPA 800R 840/
430 		133/129 7.2/3.8 2 1600  80 37 110 18 C7S 3751
HPA 1001R 1150
/570		130/110 10.0/5.8 2 2000  85 26 137 24 C10.5L 100T 3
HPA 1009R 1150/
570 		130/110 10.0/5.8 2 2000  85 26 132 24 THS L 100T 4
HPA 1000/20 1100 120 10.5 3 1780  80 21 129 27 C10.5L 100T 2
HPA 1200R 1180/
500		125/105 10.5/5.8 32240  80 83 147 27C14X 195 5
HPA 3000R 3000/
1575 		440/370 8.0/4.8 4 6200  90 105 190 27 C10.5S 110T 8
HPA 4020R 3900/
2000 		440/410 10.5/5.5 4 8900  90 162 248 27 C10.5S 110T 11
HPA 4048R 3900/
2000 		440/410 10.7/5.5 4 8900  90 156242 27 THS S 200T 12
HPA 5035R 4900/
2700		255/225 21.0/12 4 10300  90 194 281 24 B14.5 78F 13
HPM 10/B 400 125 3.5 3  700 80 38 11217 B9.5 - 14
HPM 12 460120 4.1 5  800 80 4598 21 C14X145 15
HPM 13 1000 125 8.6 3  2000 80 76 147 27 C14X 300 16
HPM 15 1950/
800 		240 9.0 4  4100 90 131 203 32 C14X 300 17
HPM 17 2000 243 8.7 2  4600 80 110 175 27 C14X 300 18
HPM 19BT 2000/
900 		20011.0 2  4200 85 103 179 27 B9.5 - 19
HPM 20/B 2900 350 9.4 2  6150 95 150 236 27 B9.5 -20
HPM 20/C 2900350 9.42  6150 95 150 210 27 C14X 225RT 21
HPM 25/C 5000/
1900		245/210 23.0/10 2  12000 90 186 276 27 CU 19022
HPM 1001 1150/
650 		120/110 10.0/5.92  2800 85 26 137 24 C10.5L 100T 3
HPM 2010 1900/
850		210/190 10.0/5.3 2  5600 90 55 132 27 C10.5S 110T 6
HPM 2018 1900/
850 		210/19010.0/5.3 2  5600 9055 132 27 THS S 110T 7
HPM 3000 3350/
1575 		400/375 9.0/4.84  9000 90 105 190 27 C10.5S 110T 8
HPM 3008 3350/
1575 		400/375 9.0/4.8 4  9000 90 105 19027 THS S 110T 9
HPM 4010 4000/
1800 		310/260 13.5/7.4 4  10500 90 117 203 32 C10.5S 19010
HPM 4020 4000/
1850 		400/355 11.5/5.8 4  11500 90 162 248 27 C10.5S 110T 11

1) First electrical value is measured free burning on reference impedance (see table with circuit data) at 0 hours. Second value gives indication of stand-by operation.
2) Maximum time to reach 90% of UV-output after cold start on reference circuit.
3) UV irradiation measured perpendicular to lamp axis at 1 m distance with a relative spectral sensitivity according to IEC. UVA is the wavelength range between 315-400 nm, DIAZO between 320-440 nm.
4) Percentage of UV output at 750 h compared to 0 h. The lifetime at which maximum 10% of a large batch of lamps have failed is also specified at 750 h for all HPA/HPM lamps.
This lifetime and UV-maintenance is reached under following test conditions:
- Pinch temperature: 350° C max.
- Bulb temperature: 950° C max., 750° C min. (also at reduced power!)
- Switching cycle 5h30' ON, 30' OFF. Horizontal burning position.
5) For a definition of Overall Length (OAL), see drawing of lamp base dimensions.
6) Cable terminal type: T=straight faston terminal, RT= round terminal, F= flag faston, no symbol= stripped end.

Ordering number
Lamp 		EOCLamp typeReference 7)
Impedance
Ω 		Supply
Voltage
V 		Wiring
diagram 		Test circuit 8)

B1 		B2 B3B4Ignitor
9280 564 06000 196125 HPA 800R 20.9 (at 7.5 A) 220 fig.3BHA 400L08 BHA 400L08- - MZN 1000S
9280 810 06000 194428 HPA 1001R 15.4 (at 10 A) 220 fig.4 BHL 1000L02BHL 80L11 BTA18L31BTA58L31 MZN 1000S
9280 824 06000 195876 HPA 1009R 15.4 (at 10 A) 220 fig.4 BHL 1000L02 BHL 80L11 BTA18L31 BTA58L31 MZN 1000S
9280 756 06000 191151 HPA 1000/20 15.4 (at 10 A) 220 fig.4 BHL 1000L02 BHL 80L11 BTA18L31 BTA58L31MZN 1000S
9280 805 06000 191335 -HPA 1200R 14.6 (at 10 A) 220 fig.3 BHL 1000L02 BHL 250L11 - - MZN 1000S
9280 814 06000 194480HPA 3000R transformer 380 fig.6 VG12 transformer with C=28μ F (1800V)     
9280 812 06000 194275HPA 4020Rtransformer 380 fig.6 VG12 transformer with C=36μ F (1800V)     
9280 832 06000 196828 HPA 4048R transformer 380 fig.6 VG12 transformer with C=36μ F (1800V)     
9280 503 06000 194213 HPA 5035R 10.8 (at 25 A) 380fig.5 BHL 2000L18 BHL 2000L18 BHL 700L02BHL700L02 380MZN 4000
9280 706 05100 190499 HPM 10/B44.9 (at 3.5 A) 220 fig.2 BHL 400L11 - - - SU 40S
9280 729 05100 190581 HPM 12 39 (at 4.6 A) 220 fig.1 BSN 400L08 - - - SN58
9280 744 05100 190642HPM 13 18.7 (at 7.5 A) 220 fig.2 BHL 1000L02 - - - MZN 1000S
9280 728 05100 191489 HPM 15 28 (at 8 A) 380 fig.2 BHL 2000L18 - - - 380 MZN 4000
9280 727 05100 190550 HPM 1728 (at 8 A) 380 fig.2 BHL 2000L18 - - - 380 MZN 4000
9280 748 06000190703 HPM 19BT 26.4 (at 11 A) 380 fig.5 BHL 2000L18- BHL 80L11BHL 80L11 380 MZN 4000
9280 746 05100 190673 HPM 20/B transformer 380 fig.6 VG12 transformer with C=24μ F (1800V)     
9280 766 05100190796 HPM 20/C transformer 380 fig.6 VG12 transformer with C=24μ F (1800V)    
9280 792 06000 191762 HPM 25/C 10.8 (at 25 A) 380 fig.5 BHL 2000L18 BHL 2000L18 BHL 700L02 BHL 700L02 380 MZN 4000
9280 811 06000 194305 HPM 1001 15.4 (at 10 A) 220 fig.4 BHL 1000L02 BHL 80L11BTA18L31 BTA58L31 MZN 1000S
9280 808 06000 194336HPM 2010 31.8 (at 9.5 A) 380 fig.2 BHL 2000L29 - - - 380 MZN 4000
9280 830 06000 196804 HPM 2018 31.8 (at 9.5 A) 380 fig.2 BHL 2000L29 - - - 380 MZN 4000
9280 813 06000 194367 HPM 3000 transformer 380 fig.6 VG12 transformer with C=28μ F (1800V)    
9280 826 06000 195999 HPM 3008 transformer 380 fig.6 VG12 transformer with C=28μ F (1800V)     
9280 794 06000 191007 HPM 4010 transformer 380 fig.6 * on request*    
9280 807 06000 194398 HPM 4020 transformer 380 fig.6 VG12 transformer with C=36μ F (1800V)     

7) For inductive circuits, the impedance of the ballast is given. For transformer type circuits, see Test circuit.
8) The four ballast test circuits are only given for design purposes.
A custom designed ballast is preferred in practice. With two ballast systems, one of the ballasts may be switched to achieve stand-by operation.

Max. current of 380 MZN 4000 ignitor is 18 A. For lamps with a higher lamp current (HPM 25C, HPM 5005, HPA 5035R): place a second ignitor in parallel, or bridge the ignitor with a switch closing immediately after ignition.

 
 
To download the pdf file about this product click here
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