Table of Contents - TG Drives
Table of Contents - TG Drives
Table of Contents - TG Drives
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EXTENDED REGISTER GROUPS<br />
Int, Interrupt control<br />
Termistor input in Motor connector event Bit 3 (bitvalue =8),<br />
should be set if automatic trip on Motor temp high is<br />
wanted.<br />
In.PTC eventBit 2 (bitvalue = 4), should be set if automatic<br />
trip on In.PTC “low” is wanted.<br />
If no PL program is running when an event occurs, the<br />
power stage will be shut <strong>of</strong>f on the conditions specified in<br />
Bit2, 3 and 4.<br />
If a program is running and Vector.TempErr = 0 (default<br />
value), the power stage will be shut <strong>of</strong> on the conditions<br />
specified in Bit2, 3 and 4.<br />
If Vector.TempErr 0,<br />
the program must handle this<br />
event by using the system interrupt on this vector, (enable<br />
by setting bit 5 in Int.SysMask). These conditions are<br />
checked with the rate set in SysIo.ChkTmr.<br />
Int.TempMask is set to a default value defined in<br />
EEprom.5, bit 4, 3 and 2 at startup, If EEprom.0 matches<br />
the revision number <strong>of</strong> the firmware.<br />
Bit2 (4) = 1 Enable In.PTC interrupt.<br />
Bit3 (8) = 1 Enable interrupt on motor over temperature.<br />
Bit4 (16) = 1 Enable interrupt on drive over temperature.<br />
Int.BleedLim 7 0 8191 RW<br />
Limit for bleeder monitoring.<br />
The default value for this 0.<br />
The function is disabled.<br />
If set > 0 the function monitors the bleeder load,<br />
SysIo.ADC6, with the rate set in SysIo.ChkTmr.<br />
A value <strong>of</strong> 400 allows a load equal to 0.5 seconds <strong>of</strong><br />
continuous bleeding <strong>of</strong> the DC-bus.<br />
A value <strong>of</strong> 8000 allows a load equal to 10 seconds <strong>of</strong><br />
continuos bleeding <strong>of</strong> the DC-bus.<br />
If the program (interpreter) is stopped, the power stage will<br />
be shut <strong>of</strong> when the bleeder load reaches this limit. If the<br />
program (interpreter) is running and the<br />
Vector.BLeedErr = 0 (the<br />
default value), the power stage<br />
will be shut <strong>of</strong> when the bleeder load reaches this limit.<br />
If the Vector.BLeedErr is 0 then the<br />
program is<br />
supposed to handle the condition by using the system<br />
interrupt on this vector, (enabled by setting bit 6 in<br />
Int.SysMask).<br />
The shunt regulator resistors can withstand a defined<br />
amount <strong>of</strong> energy from the regenerative power stage. This<br />
amount can be translated to a time <strong>of</strong> constant operation. A<br />
value in this parameter <strong>of</strong> 400 is equal to 500 ms <strong>of</strong><br />
continuous operation. The internal resistors in the DMC 2<br />
can be used for 500 ms continuous shunting.<br />
Int.Mode 8 0..1 RW<br />
=0 Normal mode. This is the default at startup.<br />
=1<br />
INT.IntMask and INT.SysMask on the stack<br />
When an interrupt is detected the firmware will push the<br />
content <strong>of</strong><br />
and then clear them, (disabling all interrupts). On leaving an<br />
User's Manual 5.1 Inmotion Technologies AB<br />
Doc. No.9032 0027 01 (B), Rev. 11.07.2001<br />
107