DuraBlue II Customer Product Manual - 第51页

Setup key Left display and scroll key Component key LEDs Scrolling through the log Installation 3-23 Part 1126931_01  2018 Nordson Corporation Review Parameter and Set‐point Temperature Changes The melter stores in a ch…

Saving current settings

Restoring saved settings

Installation

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Part 1126931_01

 2018 Nordson Corporation

Save and Restore Melter Settings

The current value of all editable operating parameters and the set‐point

temperature of each component can be saved and, if necessary, restored at

a later time. When saved settings are restored, they overwrite the settings

that are presently in use.

This save‐restore feature is useful in instances where the settings that are in

use are deliberately or accidentally changed and you need to return the

melter to its pre‐change setup.

To save current settings

With the melter in the automatic scan mode, simultaneously press the

number 1 key and the Setup key.

S‐1 appears momentarily in the right display.

To restore saved settings

CAUTION! All melter settings will be deleted! Before restoring saved

settings, ensure that use of the restored settings will not disrupt the current

process or create an unsafe operating condition.

With the melter in the automatic scan mode, simultaneously press the

number 2 key and the Setup key.

S‐2 appears momentarily in the right display.

If you use the restore feature before the save

feature is used for the very first time, the

factory default set‐point temperatures will be

restored. This will cause the hoses and

applicators to stop heating.

You can transfer melter settings from one

melter to another using the Nordson

Configuration Manager software utility.

Refer to Appendix C, Melter

Communications

Setup key

Left display and

scroll key

Component key LEDs

Scrolling through the log

Installation

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Part 1126931_01

 2018 Nordson Corporation

Review Parameter and Set‐point Temperature Changes

The melter stores in a change history log, a record of the last ten changes

that were made to either operating parameters or set‐point temperatures.

Since the log only stores ten changes, old log entries are overwritten

beginning with the first log entry, by the eleventh and following log entries.

To review the change history log

1. Press the Setup key.

Operating parameter 1 flashes in the left display.

2. Press the left‐display scroll key to change the display to parameter 3 (the

change history log).

The following occurs:

 If the last change was to an editable parameter, all of the component

key LEDs remain off.

 If the last change was to a set‐point temperature, the LED on the

associated component key(s) turns on.

and

 The right display indicates the four‐digit log entry associated with the

last change that was made.

Table 3‐5 provides the meaning, from left to right, of each digit in the

log entry. Following the table are two example log entries.

3. Press a right‐display scroll key to review each of the remaining nine log

entries. Each press of a scroll key displays a progressively older log

entry.

4. Press the Setup key to return to the automatic scan mode.

Installation

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Review Parameter and Set‐point Temperature Changes (contd)

Table 3‐5 Change History Log

First Digit

Second

Digit

Third and Fourth Digits

P (Parameter)

Indicates the number of the parameter that was changed

S (Set‐point)

Are used in conjunction with the LEDs on the component keys to indicate the

location and method of a set‐point temperature change.

When this LED is

on..

And the Fourth

Digit Indicates..

The change was

to..

And the Method

of Change was..

Tank Key 1 The tank Individual

Hose Key 1– 6 A single hose Individual

Applicator Key 1– 6

A single

applicator

Individual

All Keys 0 All components Global

Hose Key 0 All hoses

Global‐by‐

component

Applicator Key 0 All applicators

Global‐by‐

component

Change History Log Examples

Example 1:

Parameter 4 (ready delay) was changed.

Example 2:

If the LED on the applicator key is on, then this display would

indicate that the global‐by‐component method was used to change the

temperature of the applicators.