Technical data
Measured value
Temperature
Relative humidity
Counted values (dew point…)
TEMPERATURE SENSOR - external probe Pt1000
Measuring range -200 to +600 °C
Accuracy ±0.2 °C (-200 to +100 °C);
±0.2 % from reading from +100 to +600 °C
Resolution 0.1 °C
TEMPERATURE+HUMIDITY SENSOR - external probe T+RH DIGI
Measuring range according to the connected probe Digi/M
Accuracy according to the connected probe Digi/M
Resolution 0.1 °C
DEW POINT
Measuring range according to the connected probe Digi/M
Accuracy according to the connected probe Digi/M
Resolution 0.1 °C
TEMPERATURE SENSOR - thermocouple K, N
Measuring range -200 to +1300 °C
Accuracy ± 0,3 % from the measured value + 1,5 °C
Resolution 0.1 °C
TEMPERATURE SENSOR - thermocouple J
Measuring range -200 to +750 °C
Accuracy ± 0,3 % from the measured value + 1,5 °C
Resolution 0.1 °C
TEMPERATURE SENSOR - thermocouple S
Measuring range 0 to +1700 °C
Accuracy ± 0,3 % from the measured value + 1,5 °C
Resolution 0.1 °C
TEMPERATURE SENSOR - thermocouple B
Measuring range 100 to +1800 °C
Accuracy ± 0,3 % from the measured value + 1 °C in the range +300 to +1800 °C
Resolution 0.1 °C
TEMPERATURE SENSOR - thermocouple T
Measuring range -200 to +400 °C
Accuracy ± 0,3 % from the measured value + 1,5 °C
Resolution 0.1 °C
DC VOLTAGE
Measuring range -60 to +140 mV; -18 to +18 mV
Accuracy ±100 µV; ±20 µV
Resolution 0,1 µV
GENERAL TECHNICAL DATA
Operating temperature -10 to +60 °C
Channels 4x external temperature probe
Counted values dew point, absolute humidity, specific humidity, mixing ratio, specific enthalpy
Memory 1 000 000 values (noncyclic record), 600 000 values (cyclic record)
Recording interval 1s to 24 hours
Display and alarm refresh each 10 s
Recording mode noncyclic - data logging stops after filling the memory
cyclic - after filling memory oldest data is overwritten by new
Available temperature units degrees Celsius, degrees Fahrenheit
Communication interface Ethernet, USB, RS232
Ethernet communication protocols WWW, SNMPv1, XML, DATALINK
Alarm protocols E-Mail
Power AC adapter 230Vac/5Vdc (neccessary for Ethernet interface)
Battery life 3 - 4 weeks
Protection class IP20
Dimensions (without connectors) 178 x 95 x 37mm, without attached cables
Weight (including batteries) approx. 380 g
Warranty 3 years
Features
Up to 4 physical inputs - 2x MiniDin + 2x Thermocouple
- Pt1000 temperature probes with built-in configuration memory (xxx/M series)
- Temperature/relative humidity probes with digital output - DigiS/M, DigiL/M, DIGIH/M
- The probes are interchangeable without calibration to a specific device and regardless of the cable length. The cable length can be 1, 2, 5, 10, 15 meters.
- Thermocouple probe K, J, S, B, T, N
- Direct input of bipolar voltages with range up to -60 to +140 mV
- Sensors with voltage output (range -60 to +140 mV; accuracy ±100 µV or -18 to +18 mV; accuracy ±20 µV)
Evaluation of up to 16 variables
Up to 16 variables can be calculated from the four connected probes/sensors. This is the sum of the measured and calculated values. The calculated values can be an additional expression of humidity: dew point temperature, absolute humidity, specific humidity, mixing ratio, specific enthalpy. It can also be the result of conversions between channels, e.g. the difference of two connected temperature probes.
The measured values are stored in the internal non-volatile memory. The memory capacity is up to 1 million values. The recording mode can be set as non-cyclic, when recording stops after filling the memory, or cyclic, when after filling the memory the oldest stored values are overwritten with the new ones.
The measured values are displayed on the display with backlight option and the ability to change the size of the display digits.
Power supply
Multilogger can be operated from an AC adapter or from rechargeable batteries with charging capacity. The batteries are always part of the device (you can also use standard AA alkaline batteries). The batteries power the device for several months.
While using the AC adapter, the batteries provide backup operations and enable recording and measurement during a power outage. Thanks to the Ethernet output, the device reports the failure via an e-mail message.
Alarm limits and alarm indication
It is possible to set two independent alarm limits for each channel (i.e. measured or calculated value).
Alarm signalling can be acoustic (built-in buzzer), optical, by sending an alert by email or an alarm output. The alarm output is for connecting an external visual or audio alarm.
Communication interfaces
- Multilogger is always equipped with a USB connector for communication, data analysis and also for charging the rechargeable batteries.
- Multilogger - Alarm limits
- sends an email when an alarm state begins or ends
- uses DATALINK: displays current values or downloads values from memory to the COMET database on your PC. The COMET Database software contains many useful tools for data analysis: graphs, tables, statistics, etc.
- Simple wireless communication with TP-LINK Wi-Fi router
- Third-party apps to read actual measured values using universal SNMPv1 and XML protocols
- View current measured values using your web browser
ALARM OUT output
- The output can be used to control other devices when the alarm is triggered, such as an external buzzer, telephone dialer, etc.
- Output type: Open collector transistor
- Maximum switching current: 100 mA
- Maximum switching current: 100 mA Output voltage: 24 Vuxiliary voltage at terminal: +5 V (only when mains power is present)
- Users can receive alarms if values go outside the set parameters. Alarms are indicated by an internal buzzer, 3 LEDs, or email alerts via the Ethernet port.
