DEWAXING UNIT
- Accommodates 8 flasks in a layered manner facilitating easy
removal and addition of flask
- Micro computerized control with LCD screen for messages &
values and
With Unique
- Power failure memory: auto re-starts process on power
resumption.
- Versatility: permits stop & edit at any time during process on
User friendly:
- Single key press starts & completes process on its own
- Supervision not required
- Displays “process over“ message on completion
- Blinking light draws user attention for message on screen
- Flashes help messages on screen to guide user
- User programmable time - temp cycle.
- Protection from tampering of set parameters: Password
incorporated
- Self diagnostics software: displays fault condition on screen
making repairs easy.
- Robust unit: fully stainless steel body.
- Safety: power configured in cut-off mode in its natural steady
state of rest
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SPECIFICATIONS |
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Construction |
Stainless Steel |
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Tank Sizes (Usable |
16x12x 9” approx |
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Water Filling |
Manual |
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Power Rating – Heater |
2000 Watts |
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Control |
Less than 50 Watts |
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Operating Voltage |
230 Volts +/- 10%, 50 Hz, 1Phase |
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Controller Type |
Micro Computerized with LCD Display |
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Display Type |
2 x 16 Liquid Crystal Display (2 rows x 16 characters) |
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No. of flasks accommodated |
8 |
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Protection |
Password Protection against un-authorized tampering |
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Power Failure Memory |
Built-in |
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Default Cycle |
92deg. C for 5 mins with Timer Programmed to "OFF" |
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Process |
Programmable Time – Temp cycles with Auto Off |
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Set Temperature / Time |
By various keys on keyboard |
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Temp / Time Set Range |
0 to 99 Deg C. / 0 to 9:59 (H:MM) |
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User Cycles |
Programmable through front panel key switche |
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Alert / Message Indication |
Blinking Light with display on screen |
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Screen Display |
1) Help Messages,
2) Error Messages,
3) Set and Actual
Temp,
4) Set and Balance Time,
5) Pre Cure / Curing
Cycle
Running,
6) Temp Rise / Fall,
7) Temp Bar Graph,
8) Process Over Message
9) Heater Status |
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Process End |
Auto OFF with Message and Alerts |
POWER FAILURE MEMORY – HOW IT WORKS?
Once the “Run” key is pressed, the process starts and micro-controller
continuously monitors the process parameters and saves them in internal
memory. At Power Failure these process parameters are stored in Memory
provided on board. This memory is non-volatile and can be retained for a
long period.
On resumption of power, the controller restarts and retrieves the
temperature value at power failure and compares it with actual value on
power resumption. If the drop in temperature is more than 10% of the
value at power failure, then the processor re-starts the process from
beginning and if f the drop in temperature is less than 10% of the
stored value, then the process resumes from where it stopped at power
failure.
This is done automatically.
WHY PASSWORD?
Password is required only to edit process parameters like set
temperature time. Password is not required to Run the Process with
previously set values.
This facilitates the control of Supervisor or H.O.D over process
parameters set values and permits the Junior staff / student to run the
process without need of presence to Supervisor / H. O. D.
WHAT IF PASSWORD FORGOTTEN?
If the user has forgotten Password, then the default Password can be
loaded through Key Switch on the right face of the control panel.
DESIGN & SPECS SUBJECT TO CHANGE WITHOUT NOTICE
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