In addition to selling industrial infrared heating solutions to OEMs, Donghai Young Light has been a source for replacement shortwave and medium wave quartz halogen infrared lamps for most infrared dryers, pre-dryers, ovens and comfort heaters.
If you are unsatisfied with the performance of your current infrared emitters, please reach out to us. We will happily use our 20+ years of experience in industrial infrared heating and manufacturing to help you find the right solution for your application.
Below are some brands that customers have requested DYL to replace:
Anatol, B&G Products, Calmatech, Cefla, Dr. Fischer, DryStar, Fannon, GE,Grafix, Heidelberg, Heraeus,
Helioslquartz, Krones, Litel, M&R, Mark Andy, Osram, Philips, Sidel, Soneko, Sylvania, Toshiba, Ushio, Victory.
The following list of lamps is primarily for the Heidelberg printing press industry. However, we manufactures hundreds of different twin tubes that vary in length, wavelength, wattage and voltage. Our lamps are high-quality direct replacements made to the exact OEM specifications. We consistently provide our customers significant cost savings.
The following is a list of IR lamps commonly used in
Speedmaster 74, Speedmaster 52, Speedmaster 102, Speedmaster 72, and
Heidelberg XL105. If you don’t see the lamp you need listed below,
please contact us with your requirements.
- Speedmaster 74
- Speedmaster 52
- Speedmaster 102
- Speedmaster 72
- Heidelberg XL105
Speedmaster 74
Short-wave, 23mm x 11mm quartz w/ gold reflector
6950 Watt, 400 Volt
900mm (35.43″) OAL
Heated Channel #1: 750mm (29.52″)
Heated Channel #2: 540mm (21.25″)
Type H: Staggered coils, wired parallel, 500mm (19.68″) leads
USED IN: Speedmaster 74(Post 98), Speedmaster CD74 (Post 98),
CD74/SM74/Man 500, Graphix Dryer Lamp #M6.170.0301/01
Speedmaster 74
Fast Medium-wave, 33mm x 15mm Quartz w/ gold reflector
4200 Watt, 480 Volt
820mm (32.20″) OAL
Heated Channel #1 750mm (29.52″)
Heated Channel #2: 750mm (29.52″)
Type B: Full coils, wired series, 500mm (19.68″) leads
USED IN: Grafix SHS Dryer (Post 97), Speedmaster 74/CD74 (Post 97),
CD74/SM74/Man 500, Grafix SHS Dryer Lamp #SM74-FMW-B
Speedmaster 52 / Moffset/ MO
Short-wave, 23mm x 11mm quartz w/ gold reflector
3300 Watt, 415 Volt
740mm (29.13″) OAL
Heated Channel #1: 670mm (26.37″)
Heated Channel #2: 670mm (26.37″)
Type B: Full coils, wired series, 500mm (19.68″) leads
USED IN: Speedmaster 52, SM52, Heidelberg MO, DryStar Dryer Lamp # G4.170.0101/ 53.170.1311
Heidelberg MO
Medium-Wave, 23mm x 11mm Clear Quartz W/ Gold Reflector
1800 Watt, 415 Volt
720mm (28.34”) OAL,
Heated Channel #1: 600mm (23.62”)
Heated Channel #2: 600mm (23.62″)
Type B: Wired series, 500mm (19.68”) leads
NOTE: Hereaus #H2130001 (09757755), Speedmaster 52 W/ Grafix IR Dryer Medium-Wave
Speedmaster 102
Short-wave, 23mm x 11mm quartz w/ gold reflector
3500 Watt, 415 Volt
1100mm (43.30″) OAL
Heated Channel #1. 960mm (37.79″)
Heated Channel #2: none
Type A: Single barrel, wired series, 500mm (19.68″) leads
USED IN: Speedmaster 102 (pre 97), Speedmaster CD102 (Pre 97), SM102, Grafix Dryer Lamp #91.170.1311
Speedmaster 102: PRE OR POST 97
Short-wave, 23mm x 11mm quartz w/ gold reflector
5400 Watt, 400 Volt
1200mm (47.24″) OAL
Heated Channel #1: 740mm (29.13″)
Heated Channel #2: 370mm (14.56″)
Type H: Staggered coils, wired parallel, 500mm (19.68″) leads
USED IN: Speedmaster 102 (pre 97), Speedmaster CD 102 (Pre 97), CD102/SM102, DryStar Dryer Lamp #C7.170.0301/01
Speedmaster 102
Fast Medium-wave, 33mm x 15mm quartz w/ gold reflector
6200 Watt, 400 Volt
1160mm (45.66″) OAL
Heated Channel #1: 1070mm (42.32″)
Heated Channel #2: 100/50/100mm
Type G: Staggered coils, wired series, 100mm (3.93″) leads
USED IN: Speedmaster XL105, DryStar 3000 Lamp #F7.170.0771, Post 1997
Speedmaster 102
Fast Medium-wave, 33mm x 15mm quartz w/ gold reflector
6000 Watt, 480 Volt
1125mm (44.29″) OAL
Heated Channel #1: 1016mm (40.00″)
Heated Channel #2: 1016mm (40.00″)
Type B: Full coils, wired series, 482.6mm (19.00″) leads
USED IN: Heidelberg SM102-FMW-B Replacement Lamp, Post 1997, Graffix SHS Dryer-Fast Medium-wave
Speedmaster 102
Standard Medium-wave, 33mm x 15mm Quartz W/ Gold Reflector
2500 Watt, 415 Volt
1100mm (43.30″) OAL
Heated Channel #1: 960mm (37.79″)
Heated Channel #2: 960mm (37.79″)
Type B: Full coils, wired series, 500mm (19.68″) leads
Note: Used in Speedmaster 102 (till mid 97), Speedmaster CD (till mid 97), MAN Roland 704. Lamp# 91.170.1411
Speedmaster 72
Short-wave, 23mm x 11mm quartz w/ gold reflector
3500 Watt, 415 Volt
800mm (31.49″) OAL
Heated Channel #1: 730mm (28.74″)
Heated Channel #2:730mm (28.74″)
Type B: Full coils, wired series, 500mm (19.68″) leads
NOTE: Used in Speedmaster 72 (Pre 97), SM-72, Speedmaster 74 (Pre 97), Graffix Dryer. Lamp#83.170.1311
Speedmaster 72
Standard Medium-wave, 33mm x 15mm quartz w/ gold reflector
1900 Watt, 415 Volt
800mm (31.49) OAL
Heated Channel #1: 730mm (28.74″)
Heated Channel #2: 730mm (28.74″)
Type B: Full coils, wired series, 500mm (19.68″) left lead, 800mm (31.49″) right lead
NOTE: Used in Speedmaster 72+74/ grafix dryer, 71-36-848-29, SM-72. Lamp#83.170.1411
Heidelberg XL105
Fast medium-wave, 33mm x 15mm quartz w/ gold reflector
6200 Watt, 400 Volt
1160mm (45.66) OAL
Heated Channel #1: 1070mm (42.32″)
Heated Channel #2: 100/50/100mm
Type G: Staggered Coils, wired series, 100mm (3.93″) leads
NOTE: Used in Speedmaster 102/CD102 (post97), XL105, Drystar 3000. Lamp# F7.170.0771, Post 1997
Reflector Types and Wiring Configurations
All twin tubes can be fitted with a 23k gold reflector, white oxide reflector, or left clear to utilize a secondary reflector. The twin tubes can be made in many different configurations with respect to heated lengths, lead wire lengths, series or parallel connection. Series connection has lead wires exiting one end of the lamp and parallel connection has leads exiting both ends of the lamp.
Short-wave vs Medium-Wave Response Time
Short-wave lamps and Fast Response Medium-wave lamps
typically utilize a tungsten coil which provides for instant on / off
control. Standard Medium-wave lamps utilize an iron chromium aluminum
coil which is a higher mass, slower response coil. This is a very cost
effective alternative to the tungsten coil if response time is not
critica
