M6.170.0301/01 Replacement Infrared Lamp
Independently manufactured short-wave twin-tube replacement infrared lamp for Heidelberg Speedmaster 74 drying equipment. Cross-reference data identifies 400 V, 6950 W, 900 ±2 mm overall length, 23 × 11 mm twin-tube format and divided 4150 W + 2800 W heating circuits.
High-Power Twin-Tube Lamp for Speedmaster 74 Dryer Systems
M6.170.0301/01 is a Heidelberg-related replacement infrared lamp reference for Speedmaster 74 printing and drying equipment.
Replacement cross-reference data identifies a 400 V, 6950 W short-wave twin-tube emitter with 900 ±2 mm overall length and a 23 × 11 mm quartz profile.
The total electrical load is divided between two heating circuits rated at 4150 W and 2800 W. The internal heating-zone arrangement is therefore an important part of correct replacement matching.
Detailed reflector, lead-wire and dimensional arrangements should still be compared with the actual lamp installed in the dryer.
Browse Heidelberg replacement lamps →Core Technical Reference
- Machine Heidelberg Speedmaster 74
- Voltage 400 V
- Total Power 6950 W ±5%
- Heating Circuit 1 4150 W
- Heating Circuit 2 2800 W
- Overall Length 900 ±2 mm
- Quartz Format 23 × 11 mm Twin Tube
- Emitter Type Short-Wave
- Operating Position Horizontal
- Reflector Gold Reflector Reference
M6.170.0301/01 Replacement Specifications
These values provide the main technical reference for identifying and evaluating a Speedmaster 74 replacement lamp.
| Parameter | Reference | Before Production |
|---|---|---|
| Part Number | M6.170.0301/01 | Confirm the complete reference on the lamp or equipment documentation. |
| Machine Reference | Heidelberg Speedmaster 74 | Confirm the exact dryer configuration and lamp position. |
| Nominal Voltage | 400 V | Verify against the installed lamp and electrical system. |
| Total Wattage | 6950 W ±5% | Confirm rated output before production. |
| Heating Circuit 1 | 4150 W | Confirm circuit and terminal arrangement. |
| Heating Circuit 2 | 2800 W | Confirm circuit and terminal arrangement. |
| Overall Length | 900 ±2 mm | Confirm exact measuring points. |
| Twin-Tube Format | 23 × 11 mm | Measure the existing quartz profile. |
| Emitter Type | Short-Wave | Confirm the installed lamp family. |
| Operating Position | Horizontal | One detailed reference specifies horizontal ±4°. |
| Lead Reference | 4 × 100 mm | Confirm actual lead length and terminal layout. |
| Reference Life | 5,000 hours | Reference value under specified operating conditions. |
Understand the Heating Zones Without Reading Drawing Codes
The twin-tube lamp contains two different heating-zone layouts. The drawing below translates the engineering dimensions into a more practical replacement reference.
6950 W Total Output Uses Two Unequal Heating Circuits
The M6.170.0301/01 is not simply a generic 6950 W twin-tube heater. Its divided electrical configuration is part of the replacement requirement.
Higher-Power Circuit
One internal heating circuit carries the larger portion of the total rated output.
Secondary Circuit
The second circuit carries the lower portion of the total rated output.
Total Rated Power
Both circuits together form the complete electrical load of the replacement lamp.
Some Detailed Specifications Can Vary Between Replacement Versions
Different replacement datasheets agree on the main model identity, voltage, wattage and overall length, while some construction details differ.
Consistent Replacement Reference
- Machine Heidelberg Speedmaster 74
- Voltage 400 V
- Power 6950 W
- Power Split 4150 W + 2800 W
- Overall Length 900 ±2 mm
- Emitter Short-Wave Twin Tube
- Operating Position Horizontal
Check the Installed Lamp
- Colour Temperature Different reference versions list approximately 2200 K or 2450 K.
- Lead Length Confirm directly from the existing lamp.
- Reflector Coverage Confirm gold coating coverage and direction.
- Ceramic Ends Check physical size and mounting details.
- Terminal Finish Confirm stripped leads or existing terminal arrangement.
- Heating Layout Compare the actual active zones with the installed lamp.
Match the Installed Lamp Before Production
The part number gives a strong starting point, but the final lamp should also match the actual Speedmaster dryer installation.
Real Young Light Lamp Construction for Comparison
Compare the installed lamp with real twin-tube product photographs before confirming the replacement construction.
Twin-Tube Geometry
Compare overall format, quartz profile and ceramic ends.
Heating Configurations
Similar twin-tube lamps can use different heating zones and electrical circuits.
High-Power Construction
High-output dryer lamps require accurate electrical and mechanical matching.
Reflector Construction
Coating type, coverage and orientation influence heat direction.
Send Your Speedmaster 74 Lamp Details
Start with the part number, existing lamp photographs and the information currently available.
Useful Information to Send
- Part number: M6.170.0301/01
- Heidelberg Speedmaster 74 / dryer version
- Required quantity
- 400 V / 6950 W confirmation
- 900 mm overall length confirmation
- Complete lamp photograph
- Both ceramic ends and lead wires
- Reflector direction and printed markings
Continue Through the Heidelberg Replacement Library
Young Light Technology supplies independently manufactured replacement infrared heating lamps. Heidelberg, Speedmaster and M6.170.0301/01 are used only to identify intended equipment compatibility and replacement requirements. Young Light Technology is not affiliated with, sponsored by or endorsed by Heidelberger Druckmaschinen AG.
Frequently Asked Questions
What is the main specification for M6.170.0301/01?
The common replacement reference is Heidelberg Speedmaster 74, 400 V, 6950 W, 900 ±2 mm overall length, 23 × 11 mm twin-tube format and short-wave operation.
How is the 6950 W power divided?
Technical reference data identifies two heating circuits: 4150 W and 2800 W.
What are the heating-zone dimensions?
One channel uses a 530 ±5 mm active zone with 185 mm non-heated sections at both ends. The second channel uses two 350 ±5 mm active zones separated by a 110 mm centre section, with 45 mm end sections.
Is M6.170.0301/01 a short-wave lamp?
Yes. Replacement cross-reference data identifies this reference as a short-wave twin-tube infrared emitter.
What is the expected lamp life?
One technical reference lists an average life of 5,000 hours under its specified operating conditions. Actual service life depends on voltage, vibration, cooling, switching frequency and installation conditions.
Can I order using only the part number?
The part number is a strong identification reference, but the existing lamp should still be checked for dimensions, heating-zone layout, reflector direction, ceramic ends, leads and terminal configuration.
Is this an original Heidelberg lamp?
No. Young Light supplies independently manufactured replacement lamps. Heidelberg names and part numbers are used only as equipment and compatibility references.