|Total memory capacity||2MB (up to 480 000 values)|
|Memory type||internal SRAM, backed-up by Lithium battery|
|Data logging modes||noncyclic - logging stops after filling the memory
cyclic - after filling memory oldest data is overwritten by new
|Data logging interval||adjustable individually for all input channels from 1 second to 24 hours|
|Real time clock||year, leap year, month, day, hour, minute, second, backed-up by Lithium battery|
|Resolution of the AD converter (analog channels)||16 bits, conversion duration approximately 60ms/channel|
|Communication speed||9600, 19200, 57600, 115200 Bd, 230400* Bd (* applicable for USB, Ethernet)|
|Power||24Vdc, consumption of data logger itself approximately 80 mA|
|Operating temperature range||0 to +50°C|
|Dimensions including connectors||483 x 230 x 44 mm (W x D x H) - one rack unit 1U|
|Dimensions without rack holders||225 x 230 x 44 mm (W x D x H) - one rack unit 1U|
|Weight||approximately 800 g|
- to measure and process 1 to 16 input signals
- to acquire autonomous time record of measured values
- create alarm states
- to perform other actions based on created alarms (audible, visual indication, controlling of relay outputs, sending SMS message, controlling of telephone dialer, sending of messages via several protocols of the Ethernet interface etc.)
- to monitor on-line measured values and states
- independent hysteresis setting, delay (for each channel separately)
- setting up to four alarm conditions (for each channel separately)
Building management - Our instruments which measure temperature, humidity, atmospheric pressure and CO2 are an integral part of these industry-leading solutions.
Data centers, server rooms - Temperature and humidity monitoring, data center monitoring, RACK stands, including flood status reports, opening / closing of doors (windows), motion, smoke. SNMP monitoring, remote alarms by email and Syslog.
Registration of temperature, carbon dioxide (CO2) and other critical parameters in the context of GLP or GMP regulations.
Industry and production - monitoring temperature and humidity in food, pharmaceutical, aerospace etc.
Food industry - Monitoring of critical processes according to the HACCP standard with the possibility of prompt notification of unforeseen events that could lead to the degradation of the goods.
Registration and tracking of processes, registration of various parameters.
Common connectivity options:
Monitoring system MS may be configured for almost any desired measurement application. Sensors can be wired to datalogger in star-like connection as well as in serial. Combination of both is also possible. The monitoring system MS is characterized by a wide range of communication interfaces such as the RS232, RS485, USB, Ethernet and GSM or GPRS modem. Thanks to Wi-Fi routers several measuring systems MS can be wirelessly connected to a network.
Parameters and measuring ranges of configurable inputs MS6D
The monitoring systems MS6xx is equipped with 16 freely programmable universal inputs. Each of them can be set to the input signal according to the table below. The monitoring system is thus very flexible and offers ease of use. The RS485 input must be ordered separately if you want to use the Modbus or Advantech communication interface.
|current||DC||4 to20 mA||±0.1% FS (±0.02mA)||It is possible to connect pasive sensors (powered by monitoring system) or active sensor with its own power supply. Input resistance about 110 Ohms.|
|voltage||DC||-10V to +10V||±0.1% FS (±10 mV)||input resistance about 10MOhms|
|-1V to +1V||±0.1% FS (±1 mV)|
|-100mV to +100mV||±0.1% FS (±100 uV)|
|-18mV to +18mV||±0,1% FS (±18 uV)|
|resistance||two-wire resistance measurement||0 to 300 Ohms||±0.1% FS (±0.3 Ohms)||measuring current approximately 0.8 mA @ 50ms pulse|
|0 to 3000 Ohms||±0.1% FS (±3 Ohms)||measuring voltage approximately 0.5mA @ 50ms pulse|
|0 to 10000 Ohms||±0.1% FS (±10 Ohms)||measuring current approximately 0.1mA @ 50ms pulse|
|temperature probes Pt and Ni||Ni1000||-50°C to +250°C||±0.2°C (-50°C to 100°C)||Ni1000/6180 ppm, two-wire connectioní|
|±0.2% MH (100°C to 250°C)||measuring current approximately 0.5mA @ 50ms pulse|
|Pt100||-200°C to +600°C||±0.2°C (-200°C to +100°C)||Pt100/3850 ppm, two-wire connection|
|±0.2% MH (+100°C to +600°C)||measuring current approximately 0.8mA @ 50ms pulse|
|Pt1000||-200°C to +600°C||±0.2°C (-200°C to+100°C)||Pt1000/3850 ppm, two-wire connection|
|±0.2% MH (+100°C až +600°C)||measuring current about 0.5mA @ 50ms pulse|
|thermocouple||K (NiCr-Ni)||-200°C to 1300°C||±0.3% MV + 1.5°C*
||linearized, with cold junction compensation, datalogger must be placed in recommendend working position|
|T (Cu-CuNi)||-200°C to 400°C|
|J (Fe-Co)||-200°C to 750°C|
|S (Pt10%Rh-Pt)||0 to 1700°C|
|N (NiCrSi-NiSiMg)||-200°C to 1300°C|
|B (Pt30%Rh-Pt)||100°C to 1800°C||±0.3% MV+1.0°C (300°C
|linearized without cold junction compensation|
|thermistor||NTC with selectable formula||up to maximum thermistor
resistance 11 000 ohms
|according to used resistance range
(see measurement of resistance)
|the same characteristics for all connected thermistors|
|default settings: R25=2252Ω, R80=282.7Ω|
|binary signal||potential-less contact||binary signal||input voltage for state "L" (IN-COM) < 0.8 V|
|input voltage for state "H" (IN-COM) > 2 V|
|open collector||resistance of closed contact for state "L" (IN-COM) < 1 kOhms|
|voltage levels||resistance of closed contact for state "H" (IN-COM) > 10 kOhms|
|minimum duration for sensing of change: 200ms|
|RS485||input for serial signal RS485||on request||input serves for reading from devices supporting protocol ModBus RTU or Advantech|
|connected to terminals next to terminals for channel 15 and 16|
|input can work with 16 devicesi|