Specifications
Type SSM Specication Guide
8 Low Voltage Products & Systems
1SXU132173M0201 [AC 1007.2] - 2/02 ABB Inc. • 888-385-1221 • www.abb.com/lowvoltage
(d) RTD Relay (when RTD Input option is ordered) including Stator or Non-Stator Trip and/or Warning, and
RTD Failure.
2) Analog Outputs (2) shall be included for providing information to external controls and be programmable
as RMS Current or Percentage of Motor FLA.
(a) If the Tach Feedback Starting option is used, the Analog outputs can be programmed as RPM.
(b) If the RTD input option is used, the Analog outputs can be programmed as Hottest RTD Temperature
for Stator or Non-Stator RTDs.
G) Operator Interface Panel that provides simple to use adjustment and status indication on a dead-front shroud
of the starter shall be provided.
1) Adjustments shall be made by keypad with tactile feedback keys for high noise environments. To prevent
confusion, no binary coded dip switches shall be used for programming. Pass code protection shall be
available to prevent unauthorized changes to the programming.
2) Alpha-Numeric Display shall be Backlit LCD with 2 lines by 20 characters.
3) Indicators using long life LED devices shall provide additional quick annunciation of Power, Run Alarm and
Trip operation, as well as the status of the eight output relays.
4) Password Protection shall be provided, allowing 3 levels of access to program information, 2 of these
levels requiring separate Passwords.
H) Metering functions shall be provided through the Alpha-Numeric Display for indicating the following:
1) Output Current for each individual phase or avg. of all 3. Indicating range to be 0.0 – 9999.9 amps.
2) Ground Fault Current
3) KVA, KW, MWH, KVAR, Power Factor, Peak On KW, KVAR, KVA Demand
4) Motor Load % of FLA
5) Line Frequency
6) Phase order
7) Remaining Thermal Capacity to indicate heating effect and cooling rate of the motor. Range shall be 0
– 100% of the remaining capacity and count up towards 100% while cooling.
8) Thermal Capacity to Start indicating the required value that will be added to the thermal register as
learned and averaged from the previous 3 successful starts.
9) Average Start Time learned from previous 3 successful starts
10) Average Start Current learned from previous 3 successful starts
11) I*I*T to Start measured from the previous start.
12) Last Start Time measured from Start Command to At-Speed.
13) RTD Metering (when RTD Option is ordered) for up to 12 Stator and Non Stator RTDs, displayed in
degrees C and degrees F. Metering includes Hottest RTD, each RTD Temp, each RTD Max Temp Since
Clear, Measured Run Cool Time in minutes, and Measured Stop Cool Time in minutes.
14) Starter Status including Ready, Starting, Running, Last Trip Cause
15) Remaining time for O/L Trip, Thermal Inhibit, Coast Down Lock Out, Time Between Starts and Starts
per Hour.
16) Event Recorder (last 60 events) with Phase and GF currents record at each event.
17) Last Trip including Cause, Phase and GF currents, Unbalance %, Hz, Hottest Stator and Non Stator
RTD recorded.