Lincoln 1629-000-A, 1621-000-EA, 1628-000-A Low Profile 1600 Series Adv Dig Electric S.M. Int’l

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NOTES: All bake times should be within 10 seconds of set bake time, cavity temperature should be calibrated to within 5°of set temperature. For temperature calibration, allow oven temperature to stabilize at least for 30 minutes.

2BEFORE APPLYING POWER TO OVEN, ENSURE PROPER VOLTAGE JUMPER SETTING FOR 120V or 240V, AND THE 50 HZ / 60HZ JUMPER SETTING IS CORRECT. JUMPERS ARE LOCATED AT BOTTOM CENTER OF CONTROL BOARD.

3Set digital control for proper oven cavity and conveyor belt during power-up.

A. Single Cavity Ovens - Impinger I or II

Press and hold the 2 inside buttons while turning the power switch on. After Imp. I or II is displayed, release the buttons and control will request the conveyor belt setting - Imp. I or Lo Pro - or Imp. II. The up or down button will toggle between these choises. When desired conveyor belt is selected, press the temp. button to store settings.

B. Dual Cavity Ovens - Impinger Low Profile

Press and hold the 2 outside buttons while turning the power switch on. After Imp. Lo Pro is displayed, release

the buttons and control will request the conveyor belt setting - Imp. I or Lo Pro - or Imp. II. The up or down button will toggle between these choises. After the ©Imp. I or Lo Pro©conveyor belt is selected, press the temperature button to store settings.

4 Set digital control for proper temperature scale — F or C

A.Press and hold the 2 RH buttons to enter Sub-Level program. A prompt will be displayed "Technicians Only" After a couple seconds a second prompt will say "Please Release Buttons" After releasing the buttons, quickly press the TIME button and the UP button to enter the program. After Sub Set Point is displayed, press temp. button to indicate Scale. The up or down buttons will toggle choices between F or C. After desired scale is selected, allow control to go into normal run mode. These special promps are for Prom chips 007 and above.

Prom chips 006 and below, the Sub-Level program can be entered by pressing the two right buttons only.

5 Set bake time and oven temperature — Set Point Menu

A.Press and hold the 2 LH buttons to enter Set Point program. Once in set point program, press temp. button and adjust temperature using up or down arrows. Press time button while still in set point program and adjust time using up or down buttons. Pressing time or temp. button will show what that respective setting is. Once desired settings are programmed, allow control to go into normal running mode.

B.For normal calibration, set bake time to 10:00 and temperature to 500°F/260°C. Bake time can be checked using standard QA procedures. Install cavity temperature probes per standard QA procedures.

6 Adjusting temperature offset — Sub Set Point Menu

A.Follow the instructions in Step 4. to enter the Sub-level program. After Sub Set Point is displayed, pressing the temp. button will access the following temperature features:

SCALE (F or C), HI TEMP, LOW TEMP, OFFSET (+ or -), MANUFACTURE MODE (Clear or Active).

•Do not change SCALE after it was set in step 4A, or settings will reset to default values.

B.To adjust the temperature offset, access the OFFSET display in the Sub Set Point Menu. If cavity temperature is above the set temperature, decrease (down button) the offset value. If cavity temperature is below the set temperature, increase (up button) the offset value. The amount of offset needed should be the difference between

the cavity temp. and the set temp. Allow oven to reach set temp. and verify cavity temperature. Readjust offset as necessary.

C.HI TEMP and LOW TEMP are not normally changed unless requested by the customer. Accessing these displays and pressing the up or down buttons will change each indicated setting accordingly.

D.MANUFACTURE MODE is not normally used, so this feature should be set to ©clear©.

E.While in Sub Set Point Menu, pressing the time button will access the following time features:

HI TIME and LOW TIME. These are not normally changed unless requested by the customer. Accessing these displays and pressing the up or down buttons will change each indicated setting accordingly.

Low Profile – 1600 Series Adv Dig Electric S.M. – Int’l

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Contents Impinger Conveyor Ovens Temperature Power SupplyControl BOX Auto Cool DownSchematic Symptom Possible Cause Evaluation PhaseSee Oven FAN will not RUN Page Turn OFF the Power With Power on and ThermocouplePage Page CAPACITOR, Conveyor Motor Replacement Conveyor Drive Motor ReplacementReversing Switch Replacement Fuseholder ReplacementON-OFF Switch Power Replacement THERMOSTAT, High LIMIT, Oven Cavity ReplacementCAPACITOR, Main FAN Motor Replacement Relay ReplacementMain FAN Motor Replacement Cooling FAN Motor ReplacementThermocouple Type K Replacement Thermocouple Measurement Temperature F D.C. MillivoltsHeating Element Replacement Time Delay Relay ReplacementContactor Replacement Power Filter ReplacementLow Profile 1600 Series Adv Dig Electric S.M. Int’l Letter Description GeneralGeneral View 1621-000-EA, 1628-000-A, 1629-000-A Control BOX, RightControl BOX, Right View Letter PART# Description Control BOX, LeftControl BOX, Left View Oven Back Oven Back View Conveyor Conveyor View Low Profile 1600 Series Adv Dig Electric S.M. Int’l

1628-000-A, 1629-000-A, 1621-000-EA specifications

Lincoln has long been synonymous with luxury and innovation in the automotive industry, and the recent models such as the Lincoln 1621-000-EA, 1629-000-A, and 1628-000-A showcase this legacy. These vehicles represent a harmonious blend of cutting-edge technology, sophisticated design, and world-class performance that is characteristic of the Lincoln brand.

The Lincoln 1621-000-EA stands out with its sleek, aerodynamic silhouette and bold front grille. One of its main features is the advanced adaptive cruise control system, which not only maintains a safe distance from the car ahead but also adapts to changing road conditions. This model is equipped with an intelligent All-Wheel Drive (AWD) system that enhances traction and stability, making it ideal for various weather conditions. The interior is richly appointed with premium materials, offering configurations that prioritize passenger comfort and convenience.

Next, we have the Lincoln 1629-000-A, which pushes the envelope with its eco-friendly hybrid technology. It features a powerful combination of a gasoline engine and an electric motor, delivering impressive fuel efficiency without sacrificing performance. Noteworthy characteristics include a spacious cabin with state-of-the-art infotainment systems, wireless connectivity options, and intuitive voice commands that allow drivers to stay focused on the road. The 1629-000-A also incorporates Lincoln Co-Pilot360™, a suite of safety features designed to assist drivers in various situations, enhancing overall safety.

Finally, the Lincoln 1628-000-A rounds out this trio with an emphasis on luxury and personalization. This model boasts customizable ambient lighting and a high-fidelity sound system that elevates the driving experience. Its user-friendly interface combines touchscreen technology with physical controls, ensuring that all functions are easily accessible. The 1628-000-A also emphasizes eco-conscious luxury with sustainable materials used throughout the interior, appealing to modern consumers’ desire for environmental responsibility.

Together, the Lincoln 1621-000-EA, 1629-000-A, and 1628-000-A represent a commitment to excellence that defines the Lincoln brand. With their fusion of advanced technology, luxurious features, and a focus on sustainability, these vehicles not only offer an exceptional driving experience but also set new standards in the luxury automotive market. As Lincoln continues to innovate, these models are likely to attract discerning drivers looking for a perfect blend of style, performance, and cutting-edge technology.
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