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THEORY GUIDES<br />

Section 1: Introduction<br />

Product Description<br />

Product Safety<br />

The <strong>Kodak</strong> K-Lab PROCESSOR for Kodachrome FILM, PROCESS K-14M, processes 35 mm<br />

Kodachrome FILM using specially packaged chemicals.<br />

The PROCESSOR is a white-light, continuous magazine feed, floor-standing machine, with 5 major<br />

components:<br />

• MAIN CONTROL COMPUTER (MCC)<br />

• PROCESSOR<br />

• REPLENISHER RACK<br />

• CHILLER<br />

• SPLICER (stand-alone, optional)<br />

• FILLING STATION<br />

A FEED MAGAZINE of exposed film is assembled at the SPLICER. After it is spliced onto a leader,<br />

the FILM MAGAZINE contents are transported into the FEED ELEVATOR. Then the film transports<br />

through a series of tanks containing the film processing solutions. After development, the film goes<br />

through the DRYING CHAMBER and onto a REEL in the take-off section of the PROCESSOR. The<br />

film is ready for mounting or finishing.<br />

The <strong>Kodak</strong> K-Lab PROCESSOR for Kodachrome FILM, PROCESS K-14M provides:<br />

• DEVELOPER TANKS that hold 17.5 - 18.5 liters of developer solution<br />

• Air process to regenerate the bleach<br />

• DEVELOPER TANKS with a tube-within-a-tube-style construction, with the inner-tube easily<br />

removed for service<br />

• MAGAZINE SHOE compatible with the 400 ft Source Two, Inc. MAGAZINE<br />

• High-velocity impingement agitation in the developers<br />

• "Demand" system, with a center pacer, DRIVE design:<br />

1. Specification: 2% of set transport speed<br />

2. Film tension: (0.5 - 1.0 lbs)<br />

• CHILLER system that achieves temperature specifications within the DEVELOPER TANKS<br />

• INTELLIFAUCETS that mix house water to provide 29.5 - 38°C (85 - 100°F ) water<br />

• System of SWITCHES that monitor, alarm, and maintain the process<br />

• Built-in push processing at three levels: 1 ⁄2 , 1 1 ⁄3 , and +2 stops<br />

As a safety precaution, whenever the PROCESSOR is put in the Standby Mode, the HEATERS remain<br />

de-energized until the “Heater Control” command is enabled by the CPU. The “Heater Control”<br />

command enables the HEATER outputs unless a flow alarm condition occurs.<br />

4 06APR99 – TG2044-1

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