Full Gauge Controls MT-543Ri LOG Manual

1 - DESCRIPTION
MT-543Ri LOG has three outputs of temperature control and a internal buzzer. Because of its
versatility, it allows that the second stage works as clyclical timer and the third as alarm, the second
stage can work with the first stage in systems that need minimum ventilation. The unit is equipped with a
clock and an internal memory (datalogger). The MT-543Ri LOG can store the temperature data
for certain periods of time, temperature variations and events such as sensor error, alarms and output
changes. It also has an internal rechargeable battery that permits data recording even during a power
outage.
Through the serial output RS-485, it permits communication with SITRAD software.
2 - APPLICATION
• Blood banks
• Multistage temperature system
• Air conditioning
• Data centers
3 - TECHNICAL SPECIFICATIONS
- Power Supply: MT-543Ri LOG: 90 ~ 264Vac (50/60Hz)
MT-543RiL LOG: 12/24 Vac/dc
- Control Temperature: NTC:-50 to 105°C(*) / -58 to 221°F(*)
- Dimensions: 71 x 28 x 71 mm
- Operating temperature: 0 to 50 ºC / 32 to 122ºF
- Operating humidity: 10 to 90% RH (without condensation)
- Maximum Load Current: OUT 1, OUT 2 and OUT 3 (NO) - 5(3)A / 250 Vac 1/8HP per output
OUT 3 (NC) - 3A/250Vac - Resistive load
- Digital input: Switch - input for detection of open door (dry contact type)
(*) This instrument can measure and control up to 200°C (392°F) temperatures, since used with
silicone cable sensor (ex.: SB59).
4 - CONFIGURATIONS
4.1 - Control temperature adjust (SETPOINT)
- Press for 2 seconds unti appears ,then release it.
SET
will be adjusted for the first stage.
- Use and to change the value and then press
- Adjust in the same way (2nd estage) and
- The adjustment and will only be displayed if F07 and F17 are configured with 0 or 1 values.
- If the 3rd stage is configured as an alarm (F17 = 4, 5 or 6) and F26 = 1, the alarm time on
( ) will be permitted.
4.2 - Parameters table
Fun Description
F01 Offset indication
F02 Operation mode of first stage
F03 Minimum setpoint allowed to the end user (first stage)
F04 Maximum setpoint allowed to the end user (first stage)
F05 Control differential (hysteresis) of first stage
F06 Minimum delay to turn on the first stage output
F07 Operation mode of second stage
F08 Minimum setpoint allowed to the end user (second stage)
F09 Maximum setpoint allowed to the end user (second stage)
F10 Control differential(hysteresis) of second stage
F11
Minimum delay to turn on the second stage output
F12 Time base of second stage cyclical timer
F13 Activation time for second stage cyclical timer
F14 Cyclical timer on second stage - time ON
F15 Cyclical timer on second stage - time OFF
F16 Operation mode of cyclical timer
F17 Operation mode of third stage
F18 Minimum setpoint allowed to the end user (third stage)
F19 Maximum setpoint allowed to the end user (third stage)
F20 Control differential (hysteresis) of third stage
F21 Minimum delay to turn on the third stage
F22 Delay to enable the alarm when the instrument is powered on
F23 Reactivation time of alarm when inhibited manually
F24 Alarm Time (on cycle)
F25 Alarm Time (off cycle)
F26 Enables F24 and F25 on easy access menu
Operation mode of Buzzer
F27
F28 Acting point of Buzzer (inferior limit)
F29 Acting point of Buzzer (superior limit)
Buzzer time on
F30
F31 Buzzer time off
F32 Inhibition time of Buzzer during electrical supply
Reactivation time of Buzzer when inhibited manually
F33
F34 T ime for the open door alarm
F35 Digital input operation mode
MT-543Ri LOG
THREE OUTPUT DIGITAL CONTROLLER
WITH ALARM, CYCLICAL TIMER AND
SERIAL COMMUNICATION
Ver.01
®
will appear and the temperature
when ready.
SET
(3rd stage).
CELSIUS FAHRENHEIT
Standard
Min Max Unit Min Max Unit
°C °F
5.0 0.0 -9 9
-5.0
- 1
1 1 0
0
(*)
(*) °C °F
-50 105 -50 -58 221
(*) °C -58 (*) °F
-50 105 105 221
°C 1 1 °F
0.1 20 36
sec. 0 0 999 sec.
0 999
-
4 0 0 4
0
(*) ºC (*) ºF
-50 -58 221
-50 105
(*) ºC (*) ºF
105 -58 221
-50 105
ºC 1 ºF
0.1 1 36
20
sec. 0 0 sec.
0 999 999
- 0 0 1
0 1
sec. sec.
5 0 999
0 999
s/m s/m
999 0 0 999
0
s/m 999 s/m
999 0 0
0
- 0 0 4
0 4
-
0 6 5 0 6
(*) ºC (*) ºF
-50 105 21 -58 221
(*) ºC (*) ºF
-50 105 27 -58 221
0.1 ºC 1 1 ºF
20 36
0 sec. 0 0 sec.
999 999
0 999 min. 0 0 999 min.
min. min.
999 999
0 sec. 1 0 sec.
999 999
0 999 sec. 1 0 999 sec.
0 1 - 0 0 1
0 2 - 1 0 2
(*) (*)
-50 105 ºC 21 -58 221 ºF
-50 (*) 27 -58 (*)
105 ºC 221 ºF
0 sec. 1 0 sec.
999 999
0 999 sec. 1 0 999 sec.
0 999 min. 0 0 999 min.
999 min. 999 min.
999 5 999
min. min.
0 1 0 0 1
-
F36 Datalogger operation mode
F37 Datalogger sampling interval
F38 Variation of the temperature to force data recording
F39 Variation of the outputs to force data recording
F40 Overwrite records in the memory when it is full?
F41 Intensity of the digital filter
F42 Network address RS-485
(*) This parameter allows adjustments up to 200ºC (392°F), but to work on these conditions it has to be
used with silicone cable sensor (ex.: SB59).
5 PARAMETERS DESCRIPTION -
F01 - Offset indication
It allows to compensate eventual shunting lines in the reading of ambient temperature proceeding from
the exchange of the sensor or cable lenght alteration.
F02 - Operation mode of first stage
- Refrigeration
- Heating
F03 - Minimum setpoint allowed to the end user (first stage)
F04 - Máximum setpoint allowed to the end user (first stage)
Electronic limits whose purpose is prevent that too high or too low setpoint temperatures are regulated.
F05 - Control differential (hysteresis) of first stage
It is the difference of temperature(hysteresis) between turn ON and turn OFF the OUT1 output.
F06 - Minimum delay to turn on the first stage output
It is the minimum time that OUT1 will keep turned off, it means, the amount of time between the last stop
and the next start.
F07 - Operation mode of second stage
- Refrigeration (controlled by
- Heating (controlled by
- Refrigeration (controlled by
- Heating (controlled by
- Cyclical timer
F08 - Minimum setpoint allowed to the end user (second stage)
and off
F09 - Maximum setpoint allowed to the end user (second stage)
Electronic limits whose purpose is prevent that too high or too low setpoint temperatures are regulated.
F10 - Control differential(hysteresis) of second stage
It is the difference of temperature(hysteresis) between turn ON and turn OFF the output OUT2.
F11 - Minimum delay to turn on the second stage output
Standard
the minimum time that the output OUT2 will remain turned off, in other words, the amount of time
0
between the last startup and the next startup. Only if programmed in F07 = 0, 1, 2 or 3.
-
1
-58
221
F12 -Time base of second stage cyclical timer
2
- seconds
0
- minutes
-
0
-58
F13 - Activation time of second stage cyclical timer
221 This function depends of F16. Every time that the temperature reach the configured value in
configured time in this function is respected, to be activated the cyclical timer after. To activate the timer
2
when is reached just set "0" in this function.
0
- 0 F14 - Cyclical timer on second stage - time ON
It is the time that the timer will be turned ON.
5
0
F15 -Cyclical timer on second stage - time OFF
0
It is the time that the timer will be turned OFF.
- 0
F16 - Operation mode of cyclical timer
-
3
- Independent cyclical timer
70
- Cyclical timer started by the first stage setpoint
81
- First stage linked with cyclical timer (Timer starts ON)
2 - First stage linked with cyclical timer (Timer starts OFF)
- Cyclical timer output turned on whenever the the first stage output is turned ON
0
0
F17 - Operation mode of third stage
- Refrigeration (
1
- Heating (
- Refrigeration (
1
- Heating (
- 0
- Intra range alarm (F18 and F19)
- 1
- Extra range alarm (F18 and F19)
70
- Extra range alarm relative to the 1st stage setpoint (
considered the absolute values of F18 and F19.
81
1
F18 - Minimum setpoint allowed to the end user (third stage)
1
F19 - Maximum setpoint allowed to the end user (third stage)
0
Electronic limits whose purpose is prevent that too high or too low setpoint temperatures are regulated.
When the third stage is defined as alarm ( F17=4, 5 or 6 ), the acting points are defined in F18 and F19.
5
F20 - Control differential (hysteresis) of third stage
0
-
It is the difference temperature (hysteresis) between turn ON and turn OFF the output OUT3.
0 2
-
1 999
sec.
10 ºC
0 1 -
0 1
-
0 9
-
1 247
-
)
)
)
)
controlled by )
controlled by )
controlled by )
controlled by )
2 0 2 2
-
30 1 999 30
sec.
0 18 ºF 0
0
0 1 - 0
1 0 1 1
-
0 0 9 0
-
1 1 247 1
-
, the
- F18 and + F19), it is