Web Sensor - two channel remote 0-20mA inputs to ethernet
Converter Web Sensor P2520 is designed for the connection of two sensors with current output into the Ethernet network. The measured
current (0-20mA or 4-20mA) can be converted to the physical quantity that is measured by the connected sensor. The converter is galvanically isolated from the Ethernet communication lines, current inputs and power supply are not galvanically isolated.
COMET SYSTEM, s.r.o
IoT Wireless Four channel Datalogger with pulse and two-state inputs, with built-in 4G modem
TECHNICAL DATA
MEASURED VALUE
Two-state signal
Pulses
BINARY INPUT
Parameters of the voltage contact „L“ level input voltage:< 0,4 V(*);
„H“ level input voltage:> 2 V;
Minimum voltage applicable:0 V;
Maximum voltage applicable:+30 V DC
Parameters of the voltage-free contact Contact resistance in „switched-on“ state:< 10 kOhm;
Contact resistance in the „switched-off“ state:> 300 kOhm;
Contact voltage in the „switched-off“ state: ca 3 V;
Minimum state duration necessary for latching the state:1s
COUNTER INPUT
Counter parameters Range 24 bits (16 777 215), the possibility of letting the counter overflow
Maximum pulse frequency configured for voltage input - max. 5kHz
configured for a voltage-free or open-collector transistor - max. 200Hz
COMET SYSTEM, s.r.o
Temperature data logger for 3x thermocouples, 1x external Pt1000 probe and 1x internal sensor
TECHNICAL DATA
MEASURED VALUE
Temperature
TEMPERATURE SENSOR - INTERNAL PROBE
Measuring range -30 to +70 °C
Accuracy ±0.4°C;
Resolution 0.1 °C
Response time of temperature measurement (temperature step 20°C, air flow approximately 1m/s) t63 < 6 minutes; t90 < 15 minutes
TEMPERATURE SENSOR - EXTERNAL PROBE PT1000
Measuring range -200 to +260 °C
Accuracy ±0.2°C; ±0,2 % of the measurement value in a range of +100 to +260 °C
Resolution 0.1 °C
Response time t90 of temperature measurement (temperature step 20°C, air flow approximately 1m/s) according to the connected probe
TEMPERATURE SENSOR - THERMOCOUPLE TYPE B, J, K, N, S, T
Measuring range according to the connected thermocouple
Accuracy ±0,4°C
Resolution 0,1 °C
Response time according to the connected thermocouple
