Fannon Products is dedicated to providing the highest quality twin tube quartz Infrared lamps on the market. We manufacture Medium-wave, Fast medium-wave, and Short-wave twin tube lamps in both 23mm x 11mm and 33mm x 15mm quartz. Our lamps can be made with a high-temperature white oxide reflector, high efficiency 23K gold reflector, or bare quartz.
Our lamps are high-quality direct replacements made to the exact OEM specifications for Heidelberg products. Additionally, Fannon Products manufactures lamps for virtually ALL competitors including but not limited to: Tempco, Anderson Thermal, DryStar, Eltosch Grafix, Heidelberg, Helios, Italquartz, Heraeus, and Emitted Energy. We consistently provide our customers significant cost savings, and more importantly, we hold lamps in stock to ensure a timely delivery.
The following is a list of Fannon replacement lamps commonly used in Heidelberg Speedmaster 74, Speedmaster 52, Speedmaster 102, Speedmaster 72, and Heidelberg XL105 models.
Speedmaster 74- Fannon Model: FP-6953
Speedmaster 74- Fannon Model: FP-2523
Speedmaster 52 / Moffset/ MO- Fannon model: FP-3352
Heidelberg MO- Fannon Model: DBG-28800
Speedmaster 102 - Fannon Model: FP-3552
Speedmaster 102: PRE OR POST 97 - Fannon Model: FP-5454
Speedmaster 102- Fannon Model: FP-6254
Speedmaster 102- Fannon Model: FP- 10097
Speedmaster 102- Fannon Model: DBG-43800
Speedmaster 72- Fannon Model: FP-3555
Speedmaster 72- Fannon Model: DBG-31800
Heidelberg XL105- Fannon Model: FP-6254
All Fannon 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 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 critical.