TSXi Soft Starters

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range
1	Model dependent

Manual · PDF 68 · 1C – Motor kW

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0 - 9999 kW	0

Manual · PDF 68 · 1D – Locked Rotor Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:01 - 2:00 (minutes:seconds)	10 seconds

Manual · PDF 68 · 1E – Locked Rotor Current

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	400% - 1200% FLC	600%

Manual · PDF 68 · 1A Command Source option meanings

Options are alternatives, not combined modes. Default marker retained exactly. Full source restrictions remain authoritative.

Source row	Option	Meaning
1	Digital Input (default)	The soft starter will accept start and stop commands from the digital inputs.
2	Network	The soft starter will accept start and stop commands from the communication expansion card.
3	Remote Keypad	The soft starter will accept start and stop commands from the Remote Keypad.
4	Clock	The soft starter will start and stop as scheduled in parameters 4D to 4X.
5	Smart Card	The soft starter will accept start and stop commands from the smart card.
6	Smart Card + Clock	The soft starter will accept start commands from the smart card if they are within the operating schedule set in parameters 4D to 4X. A stop command from the smart card will be accepted regardless of the schedule.
7	Timer	After a start signal is received, the soft starter will start and stop the motor according to the timers set in parameters 4B and 4C.

Manual · PDF 69 · 1F – Motor Service Factor

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 130%	105%

Manual · PDF 69 · 2B – Start Ramp Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:01 - 3:00 (minutes:seconds)	10 seconds

Manual · PDF 69 · 2C – Initial Current

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 600% FLC	200%

Manual · PDF 69 · 2D – Current Limit

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 600% FLC	350%

Manual · PDF 70 · 2F – Kickstart Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0 – 2000 milliseconds	0000 milliseconds

Manual · PDF 70 · 2G – Kickstart Level

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 700% FLC	500%

Manual · PDF 70 · 2H – Jog Torque

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	20% - 100%	50%

Manual · PDF 70 · 2J – Stop Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	0 second

Manual · PDF 70 · 2L – Adaptive Control Gain

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	1% - 200%	75%

Manual · PDF 71 · 2N – Start Delay

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:00 - 60:00 (minutes:seconds)	0 second

Manual · PDF 71 · 2O – DC Brake Torque

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	20% - 100%	20%

Manual · PDF 71 · 2P – DC Brake Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:01 - 0:30 (minutes:seconds)	1 second

Manual · PDF 71 · 2Q – Brake Current Limit

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 600% FLC	250%

Manual · PDF 71 · 2R – Soft Brake Delay

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	400 - 2000 milliseconds	400 milliseconds

Manual · PDF 71 · 3A – Motor Full Load Current-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range
1	Model dependent

Manual · PDF 71 · 3B – Motor kW-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0 - 9999 kW	0

Manual · PDF 72 · 3D – Start Ramp Time-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:01 - 3:00 (minutes:seconds)	10 seconds

Manual · PDF 72 · 3E – Initial Current-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 600% FLC	200%

Manual · PDF 72 · 3F – Current Limit-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 600% FLC	350%

Manual · PDF 72 · 3H – Kickstart Time-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0 – 2000 milliseconds	0000 milliseconds

Manual · PDF 72 · 3I – Kickstart Level-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 700% FLC	500%

Manual · PDF 72 · 3J – Jog Torque-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	20% - 100%	50%

Manual · PDF 73 · 3L – Stop Time-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	0 second

Manual · PDF 73 · 3N – Adaptive Control Gain-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	1%~200%	75%

Manual · PDF 73 · 3P – Start Delay-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:00 - 60:00 (minutes:seconds)	0 second

Manual · PDF 73 · 3Q – DC Brake Torque-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	20% - 100%	20%

Manual · PDF 73 · 3R – DC Brake Time-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	0:01 - 0:30 (minutes:seconds)	1 second

Manual · PDF 73 · 3S – Brake Current Limit-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	100% - 600% FLC	250%

Manual · PDF 73 · 3T – Soft Brake Delay-2

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	400 - 2000 milliseconds	400 milliseconds

Manual · PDF 74 · 4B – Run Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	00:00 - 23:59 hh:mm	00:00

Manual · PDF 74 · 4C – Stopped Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	00:00 - 23:59 hh:mm	00:00

Manual · PDF 74 · 4E – Sunday Start Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 74 · 4F – Sunday Stop Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 74 · 4H – Monday Start Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 74 · 4I – Monday Stop Time

Exact detailed parameter range/default; units as printed. Parameter descriptions, motor/application conditions and warnings are inseparable source context.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 74 · 4D Sunday Mode option meanings

Options are alternatives, not combined modes. Default marker retained exactly. Full source restrictions remain authoritative.

Source row	Option	Meaning
1	Start/Stop Disable (default)	Disables auto-start/stop control. Any times scheduled in parameters 4E or 4F will be ignored.
2	Start Only Enable	Enables auto-start control. Any auto-stop times scheduled in parameter 4F will be ignored.
3	Stop Only Enable	Enables auto-stop control. Any auto-start times scheduled in parameter 4E will be ignored.
4	Start/Stop Enable	Enables auto-start and auto-stop control.

Manual · PDF 75 · 4K – Tuesday Start Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4L – Tuesday Stop Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4N – Wednesday Start Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4O – Wednesday Stop Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4Q – Thursday Start Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4R – Thursday Stop Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4T – Friday Start Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 75 · 4J – Tuesday Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Start/Stop Disable (default)
2	Start Only Enable
3	Stop Only Enable
4	Start/Stop Enable

Manual · PDF 75 · 4M – Wednesday Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Start/Stop Disable (default)
2	Start Only Enable
3	Stop Only Enable
4	Start/Stop Enable

Manual · PDF 75 · 4P – Thursday Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Start/Stop Disable (default)
2	Start Only Enable
3	Stop Only Enable
4	Start/Stop Enable

Manual · PDF 75 · 4S – Friday Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Start/Stop Disable (default)
2	Start Only Enable
3	Stop Only Enable
4	Start/Stop Enable

Manual · PDF 76 · 4U – Friday Stop Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 76 · 4W – Saturday Start Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 76 · 4X – Saturday Stop Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 23:59	00:00

Manual · PDF 76 · 5A – Current Imbalance

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	10% - 50%	30%

Manual · PDF 76 · 5B – Current Imbalance Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	3 seconds

Manual · PDF 76 · 5C – Undercurrent

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% - 100%	20%

Manual · PDF 76 · 5D – Undercurrent Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	5 seconds

Manual · PDF 76 · 5E – Overcurrent

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	80% - 600%	400%

Manual · PDF 76 · 5F – Overcurrent Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 1:00 (minutes:seconds)	0 second

Manual · PDF 76 · 4V – Saturday Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Start/Stop Disable (default)
2	Start Only Enable
3	Stop Only Enable
4	Start/Stop Enable

Manual · PDF 77 · 5G – Undervoltage

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	100 - 1200 V	350

Manual · PDF 77 · 5H – Undervoltage Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 1:00 (minutes:seconds)	1 second

Manual · PDF 77 · 5I – Overvoltage

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	100 - 1500 V	500

Manual · PDF 77 · 5J – Overvoltage Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 1:00 (minutes:seconds)	1 second

Manual · PDF 77 · 5K – Underpower

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	10% -120%	10%

Manual · PDF 77 · 5L – Underpower Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:01 - 1:00 (minutes:seconds)	5 seconds

Manual · PDF 77 · 5M – Overpower

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	80% -200%	150%

Manual · PDF 77 · 5N – Overpower Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:01 - 1:00 (minutes:seconds)	5 seconds

Manual · PDF 77 · 5O – Excess Start Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	20 seconds

Manual · PDF 78 · 5P – Restart Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:01 - 60:00 (minutes:seconds)	10 seconds

Manual · PDF 78 · 5Q – Starts per Hour

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 10	0

Manual · PDF 78 · 6A – Auto-Reset Count

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 – 5	0

Manual · PDF 78 · 6B – Auto-Reset Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:05 - 15:00 (minutes:seconds)	5 seconds

Manual · PDF 78 · 5R – Phase Sequence

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Any Sequence (default)
2	Positive Only
3	Negative Only

Manual · PDF 78 · 6C – Current Imbalance

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Soft Trip and Log (default)	The soft starter will stop the motor as selected in parameter 2I or 3K Stop Mode, then enter trip state. The trip must be reset before the starter can restart.
2	Soft Trip and Reset	The soft starter will stop the motor as selected in parameter 2I or 3K Stop Mode, then enter trip state. The trip will reset after the auto-reset delay.
3	Trip Starter	The soft starter will remove power and the motor will coast to stop. The trip must be reset before the starter can restart.
4	Trip and Reset	The soft starter will remove power and the motor will coast to stop. The trip will reset after the auto-reset delay.

Manual · PDF 79 · 6C – Current Imbalance continuation

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Warn and Log	The protection will be written to the event log and the display will show a warning message, but the soft starter will continue to operate.
2	Log Only	The protection will be written to the event log but the soft starter will continue to operate.
3	Trip + Shunt Relay	The soft starter will remove power and the motor will coast to stop. The shunt trip relay (33, 34) will activate and the circuit breaker will disconnect mains voltage from the soft starter. The circuit breaker must be manually reset before operation can resume. This option is only effective if parameter 20H Shunt Trip Mode is set to 'Enable'.

Manual · PDF 79 · 6D – Undercurrent

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 79 · 6E – Overcurrent

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 79 · 6F – Undervoltage

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 79 · 6G – Overvoltage

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 79 · 6H – Underpower

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Log Only (default)
2	Trip + Shunt Relay
3	Soft Trip and Log
4	Soft Trip and Reset
5	Trip Starter
6	Trip and Reset
7	Warn and Log

Manual · PDF 80 · 6I – Overpower

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Log Only (default)
2	Trip + Shunt Relay
3	Soft Trip and Log
4	Soft Trip and Reset
5	Trip Starter
6	Trip and Reset
7	Warn and Log

Manual · PDF 80 · 6J – Excess Start Time

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 80 · 6K – Input A Trip

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 80 · 6L – Input B Trip

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 80 · 6M – Network Communications

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Stop
8	Trip + Shunt Relay

Manual · PDF 80 · 6N – Remote Keypad Fault

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 81 · 6O – Frequency

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 81 · 6P – Phase Sequence

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 81 · 6Q – Motor Overtemperature

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 81 · 6R – Motor Thermistor Circuit

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 81 · 6S – Shorted SCR Action

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	3-Phase Control Only (default)
2	PowerThrough
3	Trip + Shunt Relay

Manual · PDF 81 · 6T – Battery/Clock

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 82 · 7C – Input A Trip Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	0 second

Manual · PDF 82 · 7D – Input A Initial Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 30:00 (minutes:seconds)	0 second

Manual · PDF 82 · 7A – Input A Function

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Command Override: Network	Overrides the setting of 1A and sets the command source to the communications network.
2	Command Override: Digital	Overrides the setting of 1A and sets the command source to the digital inputs.
3	Command Override: Keypad	Overrides the setting of 1A and sets the command source to the remote keypad.
4	Input Trip (N/O) (default)	A closed circuit across 13, 14 trips the soft starter.
5	Input Trip (N/C)	An open circuit across 13, 14 trips the soft starter.
6	Emergency Mode	A closed circuit across 13, 14 activates emergency mode. When the soft starter receives a start command, it will continue to run until a stop command is received, ignoring all trips and warnings.
7	Jog Forward	Activates jog operation in a forward direction.
8	Jog Reverse	Activates jog operation in reverse direction.
9	Zero Speed Sensor	An open circuit across 13, 14 indicates to the soft starter that the motor has reached a standstill. The soft starter requires a normally open zero speed sensor.
10	Motor Set Select	A closed circuit across 13, 14 instructs the starter to use the secondary motor configuration for the next start/stop cycle.
11	Reverse Direction	A closed circuit across 13, 14 instructs the starter to reverse the phase sequence for the next start.
12	Pump Clean	Activates the pump clean function.

Manual · PDF 82 · 7B – Input A Trip

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Always Active	A trip can occur at any time when the soft starter is receiving power.
2	Operating Only (default)	A trip can occur while the soft starter is running, stopping or starting.
3	Run Only	A trip can only occur while the soft starter is running.

Manual · PDF 83 · 7G – Input B Trip Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 4:00 (minutes:seconds)	0 second

Manual · PDF 83 · 7H – Input B Initial Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 - 30:00 (minutes:seconds)	0 second

Manual · PDF 83 · 7E – Input B Function

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Input Trip (N/O) (default)
2	Input Trip (N/C)
3	Emergency Mode
4	Jog Forward
5	Jog Reverse
6	Zero Speed Sensor
7	Motor Set Select
8	Reverse Direction
9	Pump Clean

Manual · PDF 83 · 7F – Input B Trip

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Always Active
2	Operating Only (default)
3	Run Only

Manual · PDF 83 · 7I – Reset/Enable Logic

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Normally Closed (default)
2	Normally Open

Manual · PDF 83 · 7J – Input A Name

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Input A Trip (default)
2	Low Pressure
3	High Pressure
4	Pump Fault
5	Low Level
6	High Level
7	No Flow
8	Starter Disable
9	Controller
10	PLC
11	Vibration Alarm
12	Field Trip
13	Interlock Trip
14	Motor Temperature
15	Motor Protection
16	Feeder Protection
17	Custom Message

Manual · PDF 84 · 7K – Input B Name

Manual source · PDF 84

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Input B Trip (default)
2	Low Pressure
3	High Pressure
4	Pump Fault
5	Low Level
6	High Level
7	No Flow
8	Starter Disable
9	Controller
10	PLC
11	Vibration Alarm
12	Field Trip
13	Interlock Trip
14	Motor Temperature
15	Motor Protection
16	Feeder Protection
17	Custom Message

Manual · PDF 84 · 8A – Relay A Function

Manual source · PDF 84

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Off	Relay A is not used.
2	Ready	The relay is closed when the starter is in Ready state.
3	Run (default)	The Run output closes when the soft start is complete (when the starting current falls below 120% of the programmed motor full load current) and remains closed until the beginning of a stop (either soft stop or coast to stop).
4	Warning	The relay closes when the starter issues a warning (see 6 Protection Action on page 76).
5	Trip	The relay closes when the starter trips (see 6 Protection Action on page 76).
6	Low Current Flag	The relay closes when the low current flag activates while the motor is running (see parameter 8G Low Current Flag).
7	High Current Flag	The relay closes when the high current flag activates while the motor is running (see parameter 8H High Current Flag).
8	Motor Temperature Flag	The relay closes when the motor temperature flag activates (see parameter 8I Motor Temperature Flag).
9	Soft Brake Relay	The relay closes when the soft starter receives a stop signal, and remains closed until the end of soft brake.
10	Reversing Contactor	The relay will control an external contactor, for reverse operation. See Reverse direction operation on page 56 for details.
11	Trip Failsafe	The relay closes when control power is applied. The relay opens if the soft starter trips or if control power is lost.
12	Operating Only	The relay is closed while the soft starter is running, stopping or starting.

Manual · PDF 85 · 8B – Relay A On Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 5:00 (minutes:seconds)	0 second

Manual · PDF 85 · 8C – Relay A Off Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 5:00 (minutes:seconds)	0 second

Manual · PDF 85 · 8E – Relay B On Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 5:00 (minutes:seconds)	0 second

Manual · PDF 85 · 8F – Relay B Off Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 5:00 (minutes:seconds)	0 second

Manual · PDF 85 · 8G – Low Current Flag

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	1% - 100% FLC	50%

Manual · PDF 85 · 8H – High Current Flag

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	50% - 600% FLC	100%

Manual · PDF 85 · 8I – Motor Temperature Flag

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% - 160%	80%

Manual · PDF 85 · 8D – Relay B Function

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Off
2	Ready
3	Run (default)
4	Warning
5	Trip
6	Low Current Flag
7	High Current Flag
8	Motor Temperature Flag
9	Soft Brake Relay
10	Reversing Contactor
11	Trip Failsafe
12	Operating Only

Manual · PDF 86 · 8J – Main Contactor Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	100 – 2000 milliseconds	400 milliseconds

Manual · PDF 86 · 9C – Analog A Maximum Adjustment

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% - 600%	100%

Manual · PDF 86 · 9D – Analog A Minimum Adjustment

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% - 600%	0%

Manual · PDF 86 · 9A – Analog Output A

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Current (% FLC) (default)	Current as a percentage of motor full load current.
2	Motor Temperature (%)	The motor's temperature, calculated by the thermal model.
3	Motor pf	Motor power factor, measured by the soft starter.
4	Motor Power (%kW)	Motor power, as a percentage of the programmed power.
5	Heatsink Temperature (%)	The soft starter's temperature, as a percentage of the heatsink's maximum allowed operating temperature.

Manual · PDF 86 · 9B – Analog A Scale

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	0-20 mA
2	4-20 mA (default)

Manual · PDF 87 · 10D – Graph Maximum Adjustment

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% – 600%	400%

Manual · PDF 87 · 10E – Graph Minimum Adjustment

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% – 600%	0%

Manual · PDF 87 · 10F – Current Calibration

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	85% - 115%	100%

Manual · PDF 87 · 10A – Language

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	English (default)
2	Chinese
3	Español
4	Deutsch
5	Português
6	Français
7	Italiano
8	Russian

Manual · PDF 87 · 10B – Temperature Scale

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Celsius (default)
2	Fahrenheit

Manual · PDF 87 · 10C – Graph Timebase

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	30 seconds (default)
2	1 minute
3	30 minutes
4	1 hour

Manual · PDF 87 · 10G – Adjustment Lock

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Read & Write (default)	Allows users to alter parameter values in the main menu.
2	Read Only	Prevents users altering parameter values in the main menu. Parameter values can still be viewed.

Manual · PDF 88 · 10H – User Parameter 1

Manual source · PDF 88

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Blank	Displays no data in the selected area, allowing long messages to be shown without overlapping.
2	Current (default)	Average rms current across all three phases
3	Motor Voltage	Average rms voltage across all three phases.
4	P1 Voltage	Phase 1 voltage.
5	P2 Voltage	Phase 2 voltage.
6	P3 Voltage	Phase 3 voltage.
7	Mains Frequency	The average frequency measured on three phases.
8	Motor pf	The motor's power factor, measured by the soft starter.
9	Motor Power	The motor's running power in kilowatts.
10	Motor Temperature (%)	The motor's temperature, calculated by the thermal model.
11	Hours Run	The number of hours the motor has run via the soft starter.
12	Number of Starts	The number of starts the soft starter has completed since the start counter was last reset.
13	Pump Pressure	The pressure at the pump, as configured in parameters 30B~30D. This information is only available if the smart card is installed.
14	Pump Flow	The flow at the pump, as configured in parameters 30F~30K. This information is only available if the smart card is installed.
15	Well Depth	The depth of the well, as configured in parameters 30M~30O. This information is only available if the smart card is installed.
16	Pump Temperature	The pump temperature, as measured by the PT100. This information is only available if the smart card is installed.
17	Analog Output Value	The value of the analog output (see parameters 9A~9D).
18	Heatsink Temperature	The soft starter's temperature, measured at the heatsink.
19	Bypass Model (%)	The percentage of thermal capacity remaining in the bypass contactor.
20	SCR Temperature	The temperature of the SCRs, calculated by the thermal model.
21	Rating Capacity (%)	The thermal capacity available in the soft starter for its next start.

Manual · PDF 88 · 10I – User Parameter 2

Manual source · PDF 88

Options reference and default are separate source columns. Referenced options remain in source, not inferred.

Source row	Options reference	Default
1	See parameter 10H User Parameter 1 for details.	Motor Voltage

Manual · PDF 89 · 11A – Reverse Torque

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	20% - 100%	20%

Manual · PDF 89 · 11B – Reverse Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 1:00 (minutes:seconds)	10 seconds

Manual · PDF 89 · 11C – Forward Current Limit

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	100% - 600% FLC	100%

Manual · PDF 89 · 10J – User Parameter 3

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Blank
2	Current (default)
3	Motor Voltage
4	P1 Voltage
5	P2 Voltage
6	P3 Voltage
7	Mains Frequency (default)
8	Motor pf
9	Motor Power
10	Motor Temperature (%)
11	Hours Run
12	Number of Starts
13	Pump Pressure
14	Pump Flow
15	Well Depth
16	Pump Temperature
17	Analog Output Value
18	Heatsink Temperature
19	Bypass Model (%)
20	SCR Temperature
21	Rating Capacity (%)
22	Ground Fault

Manual · PDF 89 · 10K – User Parameter 4

Options reference and default are separate source columns. Referenced options remain in source, not inferred.

Source row	Options reference	Default
1	See parameter 10J User Parameter 3 for details.	Motor pf

Manual · PDF 89 · 10L – User Parameter 5

Options reference and default are separate source columns. Referenced options remain in source, not inferred.

Source row	Options reference	Default
1	See parameter 10J User Parameter 3 for details.	Motor Power

Manual · PDF 89 · 10M – User Parameter 6

Options reference and default are separate source columns. Referenced options remain in source, not inferred.

Source row	Options reference	Default
1	See parameter 10J User Parameter 3 for details.	Motor Temperature (%)

Manual · PDF 90 · 11D – Forward Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 1:00 (minutes:seconds)	10 seconds

Manual · PDF 90 · 11F – Pump Stop Time

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0:00 - 1:00 (minutes:seconds)	10 seconds

Manual · PDF 90 · 11G – Pump Clean Cycles

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	1 – 5	1

Manual · PDF 90 · 12A – Modbus Address

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	1 - 254	1

Manual · PDF 90 · 12E – Devicenet Address

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 63	0

Manual · PDF 90 · 11E – Pump Stop Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Coast To Stop (default)
2	TVR Soft Stop

Manual · PDF 90 · 12B – Modbus Baud Rate

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	4800
2	9600 (default)
3	19200
4	38400

Manual · PDF 90 · 12C – Modbus Parity

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	None (default)
2	Odd
3	Even
4	10-bit

Manual · PDF 90 · 12D – Modbus Timeout

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Off (default)
2	10 seconds
3	60 seconds
4	100 seconds

Manual · PDF 91 · 12G – Profibus Address

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	1 - 125	1

Manual · PDF 91 · 12H – Gateway Address

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	192

Manual · PDF 91 · 12I – Gateway Address 2

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	168

Manual · PDF 91 · 12J – Gateway Address 3

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	0

Manual · PDF 91 · 12K – Gateway Address 4

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	100

Manual · PDF 91 · 12L – IP Address

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	192

Manual · PDF 91 · 12M – IP Address 2

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	168

Manual · PDF 91 · 12N – IP Address 3

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	0

Manual · PDF 91 · 12O – IP Address 4

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	2

Manual · PDF 91 · 12F – Devicenet Baud Rate

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	125 kB (default)
2	250 kB
3	500 kB

Manual · PDF 92 · 12P – Subnet Mask

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	255

Manual · PDF 92 · 12Q – Subnet Mask 2

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	255

Manual · PDF 92 · 12R – Subnet Mask 3

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	255

Manual · PDF 92 · 12S – Subnet Mask 4

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 255	0

Manual · PDF 92 · 12U – Location ID

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 - 65535	0

Manual · PDF 92 · 20A – Tracking Gain

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	1% - 200%	50%

Manual · PDF 92 · 12T – DHCP

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Disable (default)
2	Enable

Manual · PDF 93 · 20B – Pedestal Detect

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0% - 200%	80%

Manual · PDF 93 · 20C – Bypass Contactor Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	50 – 200 milliseconds	100 milliseconds

Manual · PDF 93 · 20D – Model Rating

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range
1	Model dependent

Manual · PDF 93 · 20E – Screen Timeout

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	1 minute (default)
2	2 minutes
3	3 minutes
4	4 minutes
5	5 minutes

Manual · PDF 93 · 20F – Motor Connection

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Auto-detect (default)
2	In-line
3	Inside delta

Manual · PDF 93 · 20G – External Bypass

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Disable (default)
2	Enable

Manual · PDF 94 · 40A – Ground Fault Level

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	0 A - 50 A	0 A

Manual · PDF 94 · 40B – Ground Fault Delay

Exact parameter range and default as printed; not commissioned values. Retain all source descriptions, units, exceptions and warnings.

Source row	Range	Default
1	00:00 – 01:30 mm:ss	1 second

Manual · PDF 94 · 20H – Shunt Trip Mode

Every row is one independent alternative. Physical side-by-side columns are not paired. Default markers kept exactly, including supplier contradictions.

Source row	Alternative option
1	Disable (default)
2	Enable

Manual · PDF 94 · 40C – Ground Fault Trip Active

Each option mapped to its own source meaning. Option defaults and restrictions retained verbatim. Continuation on adjacent source pages explicitly identified.

Source row	Option	Meaning
1	Always Active	A trip can occur at any time when the soft starter is receiving power.
2	Operating Only (default)	A trip can occur while the soft starter is running, stopping or starting.
3	Run Only	A trip can only occur while the soft starter is running.

Manual · PDF 95 · 40D – Ground Fault Action

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Alternative
1	Soft Trip and Log (default)
2	Soft Trip and Reset
3	Trip Starter
4	Trip and Reset
5	Warn and Log
6	Log Only
7	Trip + Shunt Relay

Manual · PDF 95 · 40E – Ground Fault CT Ratio

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Alternative
1	1000:1
2	2000:1 (default)

Manual · PDF 95 · 41A – Analog calibration

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Range	Default
1	90% - 110%	100%

Manual · PDF 95 · 41B – Analog calibration

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Range	Default
1	90% - 110%	100%

Manual · PDF 96 · Trip messages

Manual source · PDF 96

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	2 Phase - Damaged SCR	This message is displayed if the soft starter tripped on “ Lx-Tx shorted” during the pre-start checks and PowerThrough is enabled. It indicates that the starter now operates in PowerThough mode (2-phase control only). Check for either a shorted SCR or a short within the bypass contactor. Related parameters: 6S
2	Battery/clock	A verification error has occurred on the real time clock, or the backup battery voltage is low. If the battery is low and the power is off, date/time settings will be lost. The soft starter will continue to soft start and soft stop correctly. Reprogram the date and time. The battery is not removable. In order to replace the battery, the main control PCB must be replaced. Related parameters: 6T
3	Bypass overload	This trip is not adjustable. Bypass overload protection protects the soft starter from severe operating overloads while running. The soft starter will trip if it detects overcurrent at 600% of the contactor rating. Related parameters: None
4	Current at Stop	The soft starter has detected current at a time when no current is expected (Ready, Not Ready or Tripped states).  If the motor is connected inside delta (six-wire connection) and no main contactor is installed, a shorted SCR may be passing current to the motor. Related parameters: None

Manual · PDF 97 · Trip messages

Manual source · PDF 97

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	Current imbalance	Current imbalance can be caused by problems with the motor, the environment or the installation, such as:  An imbalance in the incoming mains voltage  A problem with the motor windings  A light load on the motor  A phase loss on input terminals L1, L2 or L3 during Run mode  An SCR that has failed open circuit. A failed SCR can only be definitely diagnosed by replacing the SCR and checking the starter's performance. Related parameters: 5A, 5B, 6C
2	Current Read Err Lx	Where 'X' is 1, 2 or 3. Internal fault (PCB fault). The output from the CT circuit is not close enough to zero when the SCRs are turned off. Contact your local supplier for advice. Related parameters: None
3	Depth Sensor	The smart card has detected a fault with the depth sensor. Related parameters: 30L, 36C
4	EEPROM fail	An error occurred loading data from the EEPROM to RAM when the keypad powered up. If the problem persists, contact your local distributor. Related parameters: None
5	Excess start time	Excess start time trip can occur in the following conditions:  parameter 1B Motor Full Load Current is not appropriate for the motor  parameter 2D Current Limit has been set too low  parameter 2B Start Ramp Time has been set greater than the setting for 5O Excess Start Time  parameter 2B Start Ramp Time is set too short for a high inertia load when using Adaptive Control Related parameters: 1B, 2B, 2D, 3D, 3F
6	Firing Fail Px	Where 'X' is phase 1, 2 or 3. The SCR did not fire as expected. The SCR may be faulty or there may be an internal wiring fault. Related parameters: None
7	FLC too high	The soft starter can be used on a motor with a higher full load current (FLC) if it is connected inside delta, or if a non-bypassed soft starter is installed with an external bypass contactor.  If this trip occurs when the soft starter is installed inside delta, the soft starter may not be correctly detecting the connection. Set parameter 20F Motor Connection to ‘Inside Delta’.  If the starter is a non-bypassed model and was previously used with an external bypass contactor, but parameter 20G External Bypass has now been set to ‘Disable’, the FLC may be above the maximum non-bypassed rating. Check that the non- bypassed rating of the soft starter is suitable for the motor, then set parameter 1B Motor Full Load Current to match the motor’s FLC. Related parameters: 1B, 20F, 20G

Manual · PDF 98 · Trip messages

Manual source · PDF 98

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	Flow Sensor	The smart card has detected a fault with the flow sensor. Related parameters: 30E, 36B
2	Flow Switch	The flow switch sensor (smart card terminals C23, C24) has closed. Related parameters: 30E, 36H
3	Frequency	This trip is not adjustable. The mains frequency has gone beyond the specified range. Check for other equipment in the area that could be affecting the mains supply, particularly variable speed drives and switch mode power supplies (SMPS). If the soft starter is connected to a generator set supply, the generator may be too small or could have a speed regulation problem. Related parameters: 6O
4	Ground Fault	Test the insulation of the output cables and the motor. Identify and resolve the cause of any ground fault. Related parameters: 40A, 40B, 40C, 40D, 40E
5	Heatsink overtemperature	 Check that bypass contactors are operating.  Check that cooling fans are operating (if fitted).  If mounted in an enclosure, check if ventilation is adequate.  The soft starter must be mounted vertically. Related parameters: None
6	High Flow	The flow sensor connected to the smart card has activated high flow protection. Related parameters: 30E, 30G, 30H, 31A, 31C, 31D, 36F
7	High Pressure	The pressure sensor connected to the smart card has activated high pressure protection. Related parameters: 30A, 30C, 30D, 32A, 32B, 32C, 36D
8	Input A trip Input B trip	The soft starter's programmable input is set to a trip function and has activated. Resolve the trigger condition. Related parameters: 7A, 7B, 7C, 7D, 7E, 7F, 7G, 7H
9	Instantaneous overcurrent	This trip is not adjustable. The current on all three phases has exceeded 7.2 times the value of parameter 1B Motor Full Load Current. Causes can include a locked rotor condition or an electrical fault in the motor or cabling. Related parameters: None
10	Internal fault x	Where 'X' is a number. This trip is not adjustable. The soft starter has tripped on an internal fault. Contact your local supplier with the fault code (X).
11	Internal fault 88	The soft starter firmware does not match the hardware.

Manual · PDF 99 · Trip messages

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	Keypad disconnected	Parameter 1A Command Source is set to Remote Keypad but the soft starter cannot detect a remote keypad. If a remote keypad is installed, check the cable is firmly connected to the soft starter. If no remote keypad is installed, change the setting of parameter 1A. Related parameters: 1A
2	L1 phase loss L2 phase loss L3 phase loss	This trip is not adjustable. During pre-start checks the starter has detected a phase loss as indicated. In run state, the starter has detected that the current on the affected phase has dropped below 10% of the programmed motor FLC for more than 1 second, indicating that either the incoming phase or connection to the motor has been lost. Check the supply and the input and output connections at the starter and at the motor end. Related parameters: None
3	L1-T1 shorted L2-T2 shorted L3-T3 shorted	During pre-start checks the starter has detected a shorted SCR or a short within the bypass contactor as indicated. Consider using PowerThrough to allow operation until the starter can be repaired. Related parameters: 6S
4	Low Control Volts	The soft starter has detected a drop in the internal control voltage.  Check the external control supply (A1, A2, A3) and reset the starter. If the external control supply is stable:  the 24 V supply on the main control PCB may be faulty; or  the bypass driver PCB may be faulty. Contact your local supplier for advice. This protection is not active in Ready state. Related parameters: None
5	Low Flow	The flow sensor connected to the smart card has activated low flow protection. Related parameters: 30E, 30G, 30H, 31B, 31C, 31D, 36G
6	Low Pressure	The pressure sensor connected to the smart card has activated low pressure protection. Related parameters: 30A, 30C, 30D, 32D, 32E, 32F, 36E
7	Low Water	The depth sensor connected to the smart card has activated depth protection. Related parameters: 30L, 30N, 30O, 34A, 34B, 34C, 36I
8	Motor connection Motor Connection T1 Motor Connection T2 Motor Connection T3	This trip is not adjustable. The motor is not connected correctly to the soft starter.  Check individual motor connections to the soft starter for power circuit continuity.  Check connections at the motor terminal box.  If the soft starter is connected to a grounded delta mains supply, adjust parameter 20F Motor Connection to match the motor connection configuration. Related parameters: 20F

Manual · PDF 100 · Trip messages

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	Motor overload	The motor has reached its maximum thermal capacity. Overload can be caused by:  The soft starter protection settings not matching the motor thermal capacity  Excessive starts per hour or start duration  Excessive current  Damage to the motor windings Resolve the cause of the overload and allow the motor to cool. Related parameters: 1B, 1D, 1E, 1F, 5O, 6J NOTE Parameters 1D, 1E and 1F determine the trip current for motor overload protection. The default settings of parameters 1D, 1E and 1F provide Motor Overload Protection: Class 10, Trip Current 105% of FLA (full load amperage) or equivalent.
2	Motor thermistor	The motor thermistor input has been enabled and:  The resistance at the thermistor input has exceeded 3.6 kΩ for more than one second.  The motor winding has overheated. Identify the cause of the overheating and allow the motor to cool before restarting.  The motor thermistor input has been opened. If thermistors have previously been connected to the soft starter but are no longer required, use the Thermistor Reset function to disable the thermistor. Related parameters: 6Q
3	Network communication	There is a network communication problem, or the network master may have sent a trip command to the starter. Check the network for causes of communication inactivity. Related parameters: 6M
4	Not ready	 The reset input may be active. If the reset input is active, the starter will not operate.  The soft starter may be waiting for the restart delay to elapse. The length of the restart delay is controlled by parameter 5P Restart Delay. Related parameters: 5P
5	Overcurrent	The current has exceeded the level set in parameter 5E Overcurrent for longer than the time set in parameter 5F Overcurrent Delay. Causes can include a momentary overload condition. Related parameters: 5E, 5F, 6E
6	Overpower	The motor has experienced a sharp rise in power. Causes can include a momentary overload condition which has exceeded the adjustable delay time. Related parameters: 5M, 5N, 6I
7	Overvoltage	There has been a voltage surge on the mains. Causes can include problems with a transformer tap regulator or off-loading of a large transformer load. Related parameters: 5I, 5J, 6G

Manual · PDF 101 · Trip messages

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	Parameter out of range	This trip is not adjustable.  A parameter value is outside the valid range. The keypad will indicate the first invalid parameter.  An error occurred loading data from the EEPROM to RAM when the keypad powered up.  The parameter set or values in the keypad do not match the parameters in the starter.  "Load User Set" has been selected but no saved file is available. Reset the fault. The starter will load the default settings. If the problem persists, contact your local distributor. Related parameters: None
2	Phase sequence	The phase sequence on the soft starter's input terminals (L1, L2, L3) is not valid. Check the phase sequence on L1, L2, L3 and ensure the setting in parameter 5R is suitable for the installation. Related parameters: 5R, 6P
3	Power loss	This trip is not adjustable. The starter is not receiving mains supply on one or more phases. Check that the main contactor closes when a start command is given, and remains closed until the end of a soft stop. Check the fuses. If testing the soft starter with a small motor, it must draw at least 10% of the starter's programmed FLC setting on each phase. If shunt relay mode is enabled (parameter 20H Shunt Trip Mode), certain trips may cause the shunt relay to open the circuit breaker. Related parameters: None
4	Pressure Sensor	The smart card has detected a fault with the pressure sensor. Related parameters: 30A, 36A
5	Rating Capacity	The soft starter is operating beyond its safe capacity. Allow the starter to cool. Related parameters: None
6	RTD Circuit	The smart card has detected a fault with the RTD sensor, or the RTD has activated temperature protection. Related parameters: 35B, 36J
7	SCR Itsm	The SCR current surge rating has been exceeded. Related parameters: None
8	SCR overtemperature	The temperature of the SCRs, calculated by the thermal model, is too high to allow further operation. Wait for the starter to cool. Related parameters: None
9	Starter communication	There is a problem with the connection between the soft starter and the optional expansion card. Remove and reinstall the card. If the problem persists, contact your local distributor. Related parameters: None
10	Starts per hour	The soft starter has already attempted the maximum number of starts in the last 60 minutes. Wait before attempting another start. To determine when the waiting period will end, review the log. Related parameters: 5Q

Manual · PDF 102 · Trip messages

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Display	Possible cause/Suggested solution
1	Thermistor circuit	The thermistor input has been enabled and:  The resistance at the input has fallen below 20 Ω (the cold resistance of most thermistors will be over this value) or  A short circuit has occurred. Check and resolve this condition. Related parameters: None
2	Time-overcurrent	The soft starter is internally bypassed and has drawn high current during running. (The 10A protection curve trip has been reached or the motor current has risen to 600% of the motor FLC setting.) Related parameters: None
3	Undercurrent	The motor has experienced a sharp drop in current, caused by loss of load. Causes can include broken components (shafts, belts or couplings), or a pump running dry. Related parameters: 5C, 5D, 6D
4	Underpower	The motor has experienced a sharp drop in power, caused by loss of load. Causes can include broken components (shafts, belts or couplings), or a pump running dry. Related parameters: 5K, 5L, 6H
5	Undervoltage	Mains voltage has fallen below the level selected. Causes can include an undersized supply or adding a large load to the system. Related parameters: 5G, 5H, 6F
6	Unsupported option	The selected function is not available (eg jog is not supported in inside delta configuration). Related parameters: None
7	VZC Fail Px	Where 'X' is 1, 2 or 3. Internal fault (PCB fault). Contact your local supplier for advice. Related parameters: None
8	Zero Speed Detect	The zero speed input has not closed within the expected duration of a soft stop.  Check the zero speed sensor is operating correctly.  Check that parameters 2Q Brake Current Limit and 5O Excess Start Time are appropriate for the application. Related parameters: 2Q, 3S, 5O

Manual · PDF 102 · General faults

General faults

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Symptom	Probable Cause
1	Starter "Not Ready"	 The reset input may be active. If the reset input is active, the starter will not operate.
2	"Simul" on display	 The starter is running simulation software. This software is intended for demonstration purposes only and is not suitable for controlling a motor. Contact your local supplier for advice.
3	The soft starter does not respond to the START or RESET button on the remote keypad.	 The soft starter will only accept commands from the keypad if parameter 1A Command Source is set to Remote Keypad. Check that the Local LED on the starter is on.

Manual · PDF 103 · General faults

Manual source · PDF 103

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Symptom	Probable Cause
1	The soft starter does not respond to commands from the control inputs.	 The soft starter will only accept commands from the inputs if parameter 1A Command Source is set to Digital Input. Check the setting of 1A.  The control wiring may be incorrect. Check that the remote start, stop and reset inputs are configured correctly (see on Start/Stop page 27 for details).  The signals to the remote inputs may be incorrect. Test the signalling by activating each input signal in turn.
2	The soft starter does not respond to a start command from either the keypad or the digital inputs.	 The soft starter may be waiting for the restart delay to elapse. The length of the restart delay is controlled by parameter 5P Restart Delay.  The motor may be too hot to permit a start. The soft starter will only permit a start when it calculates that the motor has sufficient thermal capacity to complete the start successfully. Wait for the motor to cool before attempting another start.  The reset input may be active. If the reset input is active, the starter will not operate.  The soft starter may be waiting for control signals via the communications network (parameter 1A Command Source = Network).  The soft starter may be waiting for a scheduled auto-start (parameter 1A Command Source = Clock).
3	Erratic and noisy motor operation.	 If the soft starter is connected to the motor using inside delta configuration, the soft starter may not be correctly detecting the connection. Contact your local supplier for advice.
4	Remote keypad shows message "awaiting data"	The keypad is not receiving data from the control PCB. Check the cable connection.
5	The soft starter does not control the motor correctly during starting.	 Start performance may be unstable when using a low Motor Full Load Current setting (parameter 1B).  Power factor correction (PFC) capacitors must be installed on the supply side of the soft starter and must be disconnected during starting and stopping. To use the soft starter to control power factor correction, connect the PFC contactor to a programmable relay set to Run.  High levels of harmonics on the mains supply can affect soft starter performance. If variable speed drives are installed nearby, check they are properly grounded and filtered.

Manual · PDF 104 · General faults

Manual source · PDF 104

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Symptom	Probable Cause
1	Motor does not reach full speed.	 If the start current is too low, the motor will not produce enough torque to accelerate to full speed. The soft starter may trip on excess start time. NOTE Make sure the motor starting parameters are appropriate for the application and that you are using the intended motor starting profile. If a programmable input is set to Motor Set Select, check that the corresponding input is in the expected state.  The load may be jammed. Check the load for severe overloading or a locked rotor situation.
2	Soft stop ends too quickly.	 The soft stop settings may not be appropriate for the motor and load. Review the soft stop settings.  If the motor is very lightly loaded, soft stop will have limited effect.
3	After selecting Adaptive Control the motor used an ordinary start and/or the second start was different to the first.	 The first Adaptive Control start is actually 'Constant Current' so that the starter can learn from the motor characteristics. Subsequent starts use Adaptive Control.
4	PowerThrough does not operate when selected.	 The starter will trip on Lx-Tx Shorted on the first start attempt after control power is applied. PowerThrough will not operate if control power is cycled between starts.
5	Parameter settings cannot be stored.	 Make sure you are saving the new value by pressing the button MENU/ENTER after adjusting a parameter setting. If you press RESET/EXIT, the change will not be saved. The soft starter does not display a confirmation.  Check that the adjustment lock (parameter 10G) is set to Read & Write. If the adjustment lock is set to Read Only, settings can be viewed but not changed.
6	USB Full	 The USB drive may not have enough free space available for the selected function.  The file system on the USB drive may not be compatible with the soft starter. The soft starter supports FAT32 file systems. The soft starter's USB functions are not compatible with NTFS file systems.
7	USB Missing	A USB function has been selected in the menu, but the product cannot detect a USB drive. Check that the USB drive has been inserted in the port.
8	File Missing	A USB function has been selected in the menu, but the required file cannot be found. Save/Load Master Parameters uses a file called Master_Parameters.par, at the top level of the USB drive. For these functions to work correctly, do not move or rename this file.
9	File Not Valid	A USB function has been selected in the menu, but the file is not valid.

Manual · PDF 105 · General faults

Manual source · PDF 105

Source-specific values and full associated procedure/conditions. Physical alternatives are separate options, not paired columns.

Source row	Symptom	Probable Cause
1	File Empty	A USB function has been selected in the menu and the file has been found, but does not contain the expected content.
2	Rating Not Valid	The value of parameter 20D Model Rating is incorrect. Parameter 20D is not user-adjustable. Contact your local supplier for advice.

Manual · PDF 108 · Source contact blocks

Manual source · PDF 108

Seven physical blocks. NZ location suffixes are editorial disambiguation. SA/NT has mobile/phone/email but no address. Omitted fields are not source blanks.

Source row	Source location/context	Entity	Address	Phone	Mobile	Fax	Email	Website
1	HEAD OFFICE AUSTRALIA	TECO Australia Pty Limited	335-337 Woodpark Road,Smithfield NSW2164	+61 2 9765 8118	[not printed]	+61 2 9765 8185	sales.nsw@teco.com.au	www.teco.com.au
2	VIC/TAS	TECO Australia Pty Limited	16 Longstaff Road,Bayswater VIC3153	+61 3 9720 4411	[not printed]	[not printed]	vicsales@teco.com.au	[not printed]
3	SA/NT	TECO Australia Pty Limited	[not printed]	+61 3 9720 4411	+61 423 480 965	[not printed]	vicsales@teco.com.au	[not printed]
4	NEW ZEALAND / Rolleston	TECO New Zealand Ltd	11 Container Drive,Rolleston,Canterbury7614	+64 3 271 8480	[not printed]	[not printed]	sales@teco.co.nz	[not printed]
5	WA	TECO Australia Pty Limited	18 Hazelhurst Street,Kewdale WA6105	+61 8 9479 4879	[not printed]	[not printed]	sales.wa@teco.com.au	[not printed]
6	QLD	TECO Australia Pty Limited	50 Murdoch Circuit,Acacia Ridge QLD4110	+61 7 3373 9600	[not printed]	[not printed]	sales.qld@teco.com.au	[not printed]
7	NEW ZEALAND / Penrose	TECO New Zealand Ltd	4 Autumn Place,Penrose,Auckland1061	+64 9 526 8480	[not printed]	[not printed]	sales@teco.co.nz	[not printed]

Brochure · PDF 6 · Application guidance

Brochure source · PDF 6

Context: Recommendations are supplier application guidance and retain their conditional wording; they do not prove selection for an unspecified installation.

Table conditions: Textual sequence arrows are as printed; no wiring topology inferred.

Application	Printed system sequence	Supplier application explanation	Recommended solution / exact scope
Pumping Systems	Power Supply → Soft Starter → Motor → Pump → Pipeline	Controlled motor acceleration helps reduce hydraulic shock and pressure transients in pumping systems, improving pipeline stability during startup and shutdown.	TECO RSXi or TECO TSXi depending on system complexity.
Conveyor Systems	Power Supply → Soft Starter → Motor → Conveyor → Material Load	Gradual motor acceleration reduces belt tension and mechanical stress in conveyor systems transporting heavy materials. This improves mechanical stability during startup and reduces drivetrain stress in heavily loaded systems.	TECO TSXi.
Crushers and Mills	Power Supply → Soft Starter → Motor → Crusher / Mill	High-inertia loads require controlled torque transfer during motor startup to improve drivetrain stability.	TECO TSXi.
Compressors and Fans	Power Supply → Soft Starter → Motor → Compressor / Fan	Compressors and ventilation fans often require smooth motor acceleration to reduce mechanical stress and maintain stable system operation during startup and stopping.	TECO RSXi or TECO TSXi depending on motor size and control requirements.
High-Power Industrial Systems	Power Supply → Soft Starter → Motor → Heavy Conveyor / Pump	Large industrial installations operating at high power levels require controlled motor starting and stopping to reduce electrical and mechanical stress.	TECO TSXi-1200V.

Brochure · PDF 12 · TSXi electrical operating range

Brochure source · PDF 12

Context: Source page12 says Motor thermistat input; page14 uses Motor thermistor input. Literal wording preserved without deciding whether these describe a different device.

Context: V5 is named standard for New Zealand and V7 for Australia here; page16 labels380–690VAC Standard ANZ. Preserve source scopes separately.

Context: Page12 prints programmable inputB at13,14, whereas page14 prints13,15. Retain both page-specific statements; do not select a wiring interpretation.

Table conditions: Source family/configuration-specific values; no tolerance imported from RSXi.

Item	Code / context	Value	Source applicability
Current range	[no code printed]	24 A –1250 A	TSXi
Operating voltage	V5	3 ×200–525 VAC (+10% /−15%)	Standard configuration for New Zealand
Operating voltage	V7	3 ×380–690 VAC (+10% /−15%)	Standard configuration for Australia
Control voltage	C1	110–120 VAC or220–240 VAC	No tolerance printed here
Optional control voltage	C2	24 VAC /24 VDC	Optional; no tolerance printed here

Brochure · PDF 12 · Printed IO reference

Brochure source · PDF 12

Context: Source page12 says Motor thermistat input; page14 uses Motor thermistor input. Literal wording preserved without deciding whether these describe a different device.

Context: V5 is named standard for New Zealand and V7 for Australia here; page16 labels380–690VAC Standard ANZ. Preserve source scopes separately.

Context: Page12 prints programmable inputB at13,14, whereas page14 prints13,15. Retain both page-specific statements; do not select a wiring interpretation.

Table conditions: Literal table, including duplicate13,14 labels; source photograph settings and wiring geometry remain original.

Terminal label	Description
B4,B5	Motor thermistat input
10,11	Reset input
11,12	Start/stop input
13,14	Programmable input A (default = Input Trip (N/O))
13,14	Programmable input B (default = Input Trip (N/O))
[USB symbol]	USB port
21,22	Analog output
33,34	Main contactor output
41,42,44	Relay output A (default = Run)
53,54	Relay output B (default = Run)
03,04	Bypass contactor output

Brochure · PDF 13 · Starting methods

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Table conditions: TSXi

Listed item
Constant current start
Current ramp start
Adaptive control start

Brochure · PDF 13 · Stopping methods

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Listed item
Adaptive stop
Soft brake
DC brake

Brochure · PDF 13 · Integrated Motor Protection

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Table conditions: TSXi; no unstated threshold values

Listed item
Integrated thermal motor modelling
Programmable trip classes
Over- and under-voltage monitoring
Over- and under-power monitoring
Configurable protection responses (trip, warning or log)

Brochure · PDF 13 · Monitoring and Diagnostics

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Listed item
Event logging (up to384 events)
Real-time clock with trip logging
Integrated metering and monitoring
USB parameter backup and firmware update

Brochure · PDF 13 · Available interfaces

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Table conditions: Optional modules, not built-in all-unit ports

Listed item
Modbus RTU
Modbus TCP
Ethernet/IP
Profibus
Profinet
DeviceNet

Brochure · PDF 13 · Optional accessories

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Table conditions: Optional accessories

Listed item
Remote keypad and operator interfaces
Communication interface cards
Smart Card modules for application-specific control, including pumping applications

Brochure · PDF 13 · Typical applications

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Table conditions: Supplier typical uses

Listed item
Industrial conveyors
Crushers and mills
Pumping systems
Compressors

Brochure · PDF 13 · Printed automation sequence

Context: Supplier feature statements are retained; no inside-delta current conversion or installation suitability is derived.

Table conditions: Illustrative labelled integration flow; no protocol compatibility beyond printed modules inferred.

Context	Labels
Upper	PLC / Control System
Middle	Power Supply → TECO TSXi → Motor → Load
Lower	SCADA / Monitoring

Brochure · PDF 14 · Numbered circuit legend

Brochure source · PDF 14

Context: Source drawing reference17674.C; original retains circuit connectivity.

Context: InputB13,15 here differs from page12 inputB13,14. No repair inferred.

Context: Source wiring drawing retained in original; text below only preserves numbered and terminal legends. Circuit connectivity is not reconstructed.

Table conditions: TSXi source drawing; not wiring instructions independent of image.

Number	Description
1	Three-Phase Supply
2	Motor
3	Control voltage (soft starter)
4	Digital inputs
5	Motor thermistor input
6	Relay outputs
7	Analog output
8	Control voltage (external equipment)
9	Pilot lamps
10	Communications / Smart card expansion port

Brochure · PDF 14 · Terminal and component legend

Brochure source · PDF 14

Context: Source drawing reference17674.C; original retains circuit connectivity.

Context: InputB13,15 here differs from page12 inputB13,14. No repair inferred.

Context: Source wiring drawing retained in original; text below only preserves numbered and terminal legends. Circuit connectivity is not reconstructed.

Table conditions: Source page14, separate from page12 contrary label.

Label	Description
K1	Main Contactor
F1	Fuses or circuit breaker
10,11 (S1)	Reset
11,12 (S2)	Start/Stop
13,14	Programmable input A (default = Input Trip (N/O))
13,15	Programmable input B (default = Input Trip (N/O))
B4,B5	Motor thermistor input
33,34	Main contactor output
41,42,44	Relay output A (default = Run)
53,54	Relay output B (default = Run)
21,22	Analog output

Brochure · PDF 15 · TSXi model dimensions and weights

Brochure source · PDF 15

Context: A/B are width, C/D height, E depth inmm. Weight inkg. No current rating inferred from model number; dimensional drawings retained.

Context: Five dimension columns and weight column have independent merged-cell extents. Rows below explicitly repeat the printed shared cells per named model, preserving all B/C suffixes.

Table conditions: Source-merged values explicitly associated with each physical model row. No blank-source values inferred; values apply only to listed model.

MODEL	Width A(mm)	Width B(mm)	Height C(mm)	Height D(mm)	Depth E(mm)	Weight(kg)
0024B	152	92	336	307	233	4.8
0042B	152	92	336	307	233	4.8
0052B	152	92	336	307	233	4.9
0064B	152	92	336	307	233	4.9
0069B	152	92	336	307	233	4.9
0105B	152	92	336	307	233	5.5
0115B	152	92	336	307	233	5.5
0135B	152	92	336	307	233	5.5
0184B	216	180	495	450	245	12.7
0200B	216	180	495	450	245	12.7
0229B	216	180	495	450	245	12.7
0250B	216	180	495	450	245	12.7
0352B	216	180	523	450	245	15.5
0397B	216	180	523	450	245	15.5
0410B	216	180	523	450	245	15.5
0550B	216	180	523	450	245	19.0
0580B	216	180	523	450	245	19.0
0835B	447	287	618	525	310	51.0
0940B	447	287	618	525	310	51.0
1070B	447	287	618	525	310	62.0
1230B	447	287	618	525	310	63.0
1250B	447	287	618	525	310	65.0
0735C	447	287	618	525	310	47.0
0830C	447	287	618	525	310	47.0
1025C	447	287	618	525	310	58.0
1170C	447	287	618	525	310	59.0
1220C	447	287	618	525	310	61.0

Brochure · PDF 16 · Accessories

Brochure source · PDF 16

Context: Standard ANZ Voltage380–690VAC summary differs in scope from page12 New Zealand V5 and Australia V7 statements. Retain both; no silent resolution.

Context: Accessory0654B retained literally although absent from page15 model table. No equivalent model or fit inferred.

Table conditions: Optional accessories. IP20 is accessory kit scope, not all-unit enclosure rating.

Listed item
Devicenet
Modbus RTU c/w Ground Fault
Modbus TCP c/w Ground Fault P4K IoT
Profinet c/w Ground Fault P4K IoT
Ethernet/IP c/w Ground Fault P4K IoT
Modbus RTU
Profibus
Remote Keypad Card
Remote Keypad Card & Keypad
Remote Keypad
Smart Card - Pump application
Kit Enclosure Opening Tools
Fingerguard kit IP20,0184B -0580B
Fingerguard Kit IP20,0654B -1250B

Brochure · PDF 16 · TSXi Technical Summary

Brochure source · PDF 16

Context: Standard ANZ Voltage380–690VAC summary differs in scope from page12 New Zealand V5 and Australia V7 statements. Retain both; no silent resolution.

Context: Accessory0654B retained literally although absent from page15 model table. No equivalent model or fit inferred.

Table conditions: TSXi summary, no RSXi or TSXi-1200V inheritance.

FEATURE	SPECIFICATION
Product Type	Industrial Soft Starter Solution
Control Topology	Three-phase SCR control with internal bypass
Current Range	24 A –1250 A
Operating Voltage	200–690 VAC (depending on voltage configuration)
Standard ANZ Voltage	380–690 VAC
Control Voltage	110–120 VAC or220–240 VAC
Optional Control Voltage	24 VAC /24 VDC
Start Methods	Constant Current • Current Ramp • Adaptive Control
Stop Methods	Adaptive Stop • Soft Brake • DC Brake
Protection Functions	Thermal Motor Model • Voltage Monitoring • Power Monitoring
Diagnostics	Event Logging • RTC Trip Log
Communications	Optional communication interface modules
Integration	PLC / SCADA compatible

Brochure · PDF 23 · Start with the motor supply voltage

These app links are reproduced from our brochure. Confirm current app availability before use.

Context: Supplier selection guide; preserve lower/upper bounds exactly and do not fill uncovered voltage or current combinations. No installation approval implied.

Table conditions: Source limits, not a comprehensive numerical selection algorithm.

SUPPLY VOLTAGE	RECOMMENDED SOLUTION
Up to575 VAC	Up to575 VAC → RSXi for compact applications → TSXi for industrial systems
575–690 VAC	TECO TSXi
960–1320VAC	TECO TSXi-1200V

Brochure · PDF 23 · Consider motor current and application size

These app links are reproduced from our brochure. Confirm current app availability before use.

Context: Supplier selection guide; preserve lower/upper bounds exactly and do not fill uncovered voltage or current combinations. No installation approval implied.

Table conditions: Preserve explicit1000VAC qualifier and overlapping200A boundary.

MOTOR CURRENTS	RECOMMENDED SOLUTION
Up to200 A	TECO RSXi
200 A –1250 A	TECO TSXi
202 A –1092 A at1000VAC	TECO TSXi-1200V

Brochure · PDF 23 · Evaluate application behaviour

These app links are reproduced from our brochure. Confirm current app availability before use.

Context: Supplier selection guide; preserve lower/upper bounds exactly and do not fill uncovered voltage or current combinations. No installation approval implied.

Table conditions: Guidance in this source, not universal exclusions or approval.

APPLICATION REQUIREMENT	RECOMMENDED SOLUTION
Simple controlled starting and stopping	TECO RSXi
Replacement of direct-on-line starters	TECO RSXi
High inertia loads	TECO TSXi
Controlled stopping required	TECO TSXi
Braking functionality required	TECO TSXi
Adaptive acceleration / deceleration	TECO TSXi

Brochure · PDF 23 · System integration requirements

These app links are reproduced from our brochure. Confirm current app availability before use.

Context: Supplier selection guide; preserve lower/upper bounds exactly and do not fill uncovered voltage or current combinations. No installation approval implied.

Table conditions: Source qualitative guidance.

INSTALLATION TYPE	RECOMMENDED SOLUTION
Standard MCC installation	TECO RSXi or TECO TSXi
Engineered high-power motor control system	TECO TSXi-1200V

Brochure · PDF 23 · MI-START encoded app destinations