Lovato ADXL 0030 600, Инструкция по эксплуатации

Страница: 13 / 20

Doc: I456GB06_16.docx 29/06/2016 p. 13 / 20
P09.n.07 Kickstart at start % OFF OFF / 50…100
P09.n.08 Motor nominal cos Φ 0.80 0.50…1.00
Note: This menu is divided into 3 sections for each additional motor MOT1..3.
The motors are selected via the digital inputs configured with the multiple motor function.
P09.n.01 – P09.n.08 - Same meaning as menu P01, referred to multiple motors.
M10 - LIMIT THRESHOLDS
(LIMn, n = 1…4)
UoM Default Range
P10.n.01 Reference value OFF OFF-
(measurements list)
AINx
P10.n.02 Channel no. (x) 1 OFF/1..99
P10.n.03 Function Max MAX
MIN
MIN+MAX
P10.n.04 Upper threshold 0 -9999 - +9999
P10.n.05 Multiplier x1 /100 – x10k
P10.n.06 Delay sec 0 0.0 - 600.0
P10.n.07 Lower threshold 0 -9999 - +9999
P10.n.08 Multiplier x1 /100 – x10k
P10.n.09 Delay sec 0 0.0 - 600.0
P10.n.10 Normal status OFF OFF-ON
P10.n.11 Memory OFF OFF-ON
Note: This menu is divided into 4 sections for limit thresholds LIM1..4.
P10.n.01 - This defines to which measurements supplied by the ADXL... must be applied the limit threshold.
P10.n.02 - If the reference measurement is a multichannel internal measurement (e.g. AINx), this defines the channel.
P10.n.03 - This defines the limit threshold operating mode. Max = LIMn active when the measurement is higher than P10.n.03. P10.n.06 is the resetting threshold. Min = LIMn
active when the measurement is lower than P10.n.06. P10.n.03 is the resetting threshold. Min+Max = LIMn active when the measurement is higher than P10.n.03 or
lower than P10.n.06.
P10.n.04 and P10.n.05 - These define the upper threshold which is given by the value of P10.n.03 multiplied by P10.n.04..
P10.n.06 - Tripping delay on the upper threshold.
P10.n.07, P10.n.08, P10.n.09 - as above, for the lower threshold.
P10.n.10 - This allows to reverse the LIMn limit status.
P10.n.11 - This defines whether the threshold remains stored and must be manually reset using the control menu (ON) or whether it resets automatically (OFF).
P13 - USER ALARMS
(UAn, n=1…4)
Default Range
P13.n.01 Reference value OFF OFF
INPx
OUTx
LIMx
REMx
P13.n.02 Channel no. (x) 1 OFF/1...99
P13.n.03 Function UAn (text - 16 characters)
Note: this menu is divided into 4 sections, for user alarms UA1..4
P13.n.01 - This defines the digital input or internal variable the activation of which generates the user alarm.
P13.n.02 - Channel number referred to the previous parameter.
P13.n.03 - Free text which will appear in the alarm window.
Alarms

When an alarm occurs, an alarm icon will appear on the display together with an ID code and the description of the alarm in the selected language.

If the page navigation buttons are pressed, the window with the alarm indications momentarily disappears and then reappears after a few seconds.

The red FAULT LED on the front panel will blink for as long as an alarm is active.

The alarms can be reset as indicated in parameter P04.19.
 If the alarm is not reset, it means that its cause persists.

If one or more alarms occur, the behaviour of the ADXL... will depend on the active alarms properties setting.
Alarm properties
Various properties can be assigned to each alarm, including the user alarms ( User Alarms , UAx):
 Enabled alarm - General alarm enable . If not enabled, it is as if it does not exist.

Retaining alarm - This remains stored even if its cause was removed.

Global alarm - This activates the output assigned to this function.

Stop motor – Stops the motor.

Deceleration – If deceleration is programmed, stops the motor with a deceleration. If the property is not enabled, the motor stops immediately.
 Auto reset – The alarm can be reset automatically depending on the criteria defined in P04.06 and P04.07.

Inhibit - The alarm may be temporarily deactivated by activating a programmable input with the alarm inhibit function.

No LCD - The alarm is normally managed but not shown on the display.