MID0900 Trace Result

The event variables available to a Stanley Tools Event Message, MID0900 Trace Result event trigger are: 

Event Variable Name Description
IP Address The IP Address of the Stanley Tools controller that generated the message.
A String in the form of nnn.nnn.nnn.nnn.
Number of Points A count of individual readings represented in this message.
Point Timestamps A timestamp associated with each value represented in the Points variable.
Points The value of each item being tracked. Depending on the value in the Trace Data variable, this could be the value of the Torque, Angle or Current.
Result Data Identifier A  unique ID for each operation result within the system.
Tightening ID A unique ID that is incremented after each tightening.
Time Stamp
 The timestamp on the controller when the operation began.
Trace Type A numeric value that indicates the type of trace data being sent.
  1. Angle
  2. Torque
  3. Current
  4. Gradient
  5. Stroke
  6. Force

Not all controllers will support each of these trace types.

Unit Unit of measure for the data.

000 No unit


Torque units
001 N·m (Newton meter)
002 ft lbf (foot-pound force)
003 cN·m (centi Newton meter)
004 kN·m (kilo Newton meter)
005 MN·m (Mega Newton meter)
006 in lbf (inch-pound force)
007 Kpm (kilo pound meter)
008 Kfcnm (Kilo centi force)
009 %
010 Ozf-in
011 dNm

Angle units
050 ° (Degree)
051 rad (radian)
100 Hz (hertz)
101 rpm (revolutions per minute)

Torque rate units
150 N·m / ° (Newton meter / degree)
151 ft lbf / ° (foot-pound force / degree)
152 cN·m / ° (centi Newton meter / degree)
153 kN·m / ° (kilo Newton meter / degree)
154 MN·m / ° (mega Newton meter / degree)
155 in lbf / ° (inch-pound force / degree)
160 N·m / rad (Newton meter / rad)
161 ft lbf / rad (foot-pound force / degree)
162 cN·m / rad (centi Newton meter / degree)

Time units
200 s (second)
201 min (minute)
202 ms (milliseconds)
203 h (hour) Temperature units
250 K (kelvin)
251 °C (degree Celsius)
252 °F (degree Fahrenheit)

Force units
300 N (newton)
301 kN (kilo newton)
302 lbf (pound-force)
303 kgf (kilogram-force)
304 ozf (ounce-force)
305 MN (mega newton)

Length units
350 m (meter)
351 mm (millimeter)
352 in (inch) Speed units
400 m/s (meter per second)
401 mm/s (millimeter per second)

Force rate units
450 N / mm (newton / millimeter)
451 kN / mm (kilo newton / millimeter)
452 lbf / in (pound-force / inch)
453 Kgf / mm (kilogram-force / millimeter)
454 Ozf / in (ounce-force / inch)
455 MN / mm (mega newton / millimeter)

Acceleration units
500 m/s2 (meter per second squared)
501 mm/s2 (millimeter per second squared)

Mass units
550 kg (kilogram)
551 lb (pound)

Volume units
600 L (liter)
601 m3 (cubic meter)

Area units
650 m2 (square meter)

Power units
700 W (Watt)

Electric units
750 A (Ampere)
751 V (Volt)
752 Ω (ohm)
753 F (farad)
754 H (henry)

Other units
800 % (percentage)

Plotting units
900 N·m / ms (Y = Newton meter, X = milliseconds)
901 ft lbf / ms (Y = foot-pound force, X = milliseconds)
902 cN·m / ms (Y = centi Newton meter, X = milliseconds)
903 kN·m / ms (Y = kilo Newton meter, X = milliseconds)
904 MN·m / ms (Y = mega Newton meter, X = milliseconds)
905 in lbf / ms (Y = inch-pound force, X = milliseconds)
910 ° / ms (Y = Degree, X = milliseconds)
911 rad / ms (Y = Radian, X = milliseconds)
920 N / ms (Y = newton, X = milliseconds)
921 kN / ms (Y = kilo newton, X = milliseconds)
922 Lbf / ms (Y = pound-force, X = milliseconds)
923 kgf / ms (Y = kilogram-force, X = milliseconds)
924 ozf / ms (Y = ounce-force, X = milliseconds)
925 MN / ms (Y = mega newton, X = milliseconds)