btsr MATRIX CUBE Operating Manual page 99

Advanced Programming of DIAPER FEEDER Devices
With the
programmed with specific control parameters which depend on the type of yarn under
processing, and on the type of application.
• MAIN TENSION
• ERROR TENSION
• TIME ALARM
• EXIT TENSION
• RAMP UP
• RAMP DOWN
• K-PID
In addition, you can program particular functions and/or service parameters that affect the
device operating mode:
• APPLICATION
• YARN TYPE
• OFFSET
• ACCESS CODE
• FEEDER CODE
• LANGUAGE
• SIGNAL POLARITY
The setting of these parameters is already done by BTSR during the device manufacturing
(default values), however it can be easily changed by the machine operator, to meet
specific requirements, using the advanced programming features.
DIAPER FEEDER devices offer 4 advanced programming levels: P1, P2, P3 and P4,
clearly indicated in the messages area of LCD during the programming sequences.
Within the P1 level the following parameters can be programmed:
MAIN TENSION
ERROR TENSION
TIME ALARM
Within the P2 level the following parameters can be programmed:
EXIT TENSION
RAMP UP
RAMP DOWN
-
K PID
programming environment, each DIAPER FEEDER can be
ADVANCED
Control Tension
Tolerance beyond which an Error is generated
Time for which the tension may stay out of tolerance
Device Tension with machine stationary
Raising ramp in case of tension increase
Lowering ramp in case of tension decrease
Reactivity constant of the device
Device operating mode, pre-defined according to the
application (
Possibility of presetting the device for management of elastic
yarns
Possibility of reading/setting the
enabling the device Auto Offset function.
Possibility of setting a protection password to prevent
undesired access to the device programmable functions.
Possibility of visualizing and/or directly setting the device
identification code.
Possibility of choosing the language used to show the
message on the device display.
Possibility of choosing the
(NO or NC contact).
MATRIX CUBE
DIAPER FEEDER Device
).
DIAPERS
OFFSET
and
INPUT
value as well as
signal polarity
STOP
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