The Voltage to Modbus converter RTU DAT3015V is a 4 channel Voltage input Modbus converter. The DAT3015V converts the Voltage analog signal to a 16 bit digital format. The data is transmitted by the MODBUS RTU protocol on RS-485. The input voltage on the DAT3015V is -10 to +10V dc. The DAT3015V is also available in the RS232 format.
INPUT | OUTPUT | POWER SUPPLY |
---|---|---|
0-10 Vdc | Modbus RTU | Power Supply Voltage 10-30Vdc |
-10 to 10 V , 0-1 V. | Reverse polarity protection 60Vdc | |
CURRENT CONSUMPTION | CONFIGURATION | ISOLATION |
Between 30 and 100 mA | DIP Switch | Between Input/Comms/Power Supply 2000Vac. |
PC Programmable | ||
EMC | HOUSING | TEMPERATURE |
For Industrial environments | Material self-extinguishing | Operating Temperature 14°F +140°F -10°C +60°C |
Immunity EN 61000-6-2 | Dimensions W x H x T 4.1/4" x 4 1/2" x 2 1/4" | Storage Temperature -40°F +185°F-40°C +85°C |
Emission EN 6100-6-4 | 106 x 112x x 57 mm | Humidity (non condensing) 0-90% |
Weight 7 oz 200 g |
Input: | |
Voltage: | 4 Channels -10 to 10 Volts |
Communication: | |
RS485: | Modbus RTU Slave. |
RS232: | Modbus Slave. |
Power Supply: | 10 - 30 Vdc. Reverse polarity protection 60 Vdc. |
Current Consumption: | 30 mA. |
Temperature rating: | Operative Temperature -4°F +140°F -20°C +60°C Storage Temperature -40°F +185°F -40°C +85°C. |
Humidity: | (not condensing) 0-90%. |
Housing: | Material self-extinguishing. |
Dimensions: | W x L x H 3 3/4X 3 1/2 X 1 7/8 inch, 90 x 74 x 48mm. |
Weight: | 7 oz 200 g. |
EMC. | For industrial environments. |
Immunity: | EN 61000-6-2. |
Emission: | EN 61000-6-4. |
Isolation: | Between Modbus Master, Slave/Power supply 1500Vac, 50Hz, 1 Minute. |
Configuration: | PC Configurable. |
Voltage Input 0 | Positive 1 Negative 2 |
Voltage Input 1 | Positive 3 Negative 4 |
Voltage Input 2 | Positive 5 Negative 6 |
Voltage Input 3 | Positive 7 Negative 8 |
Power Supply (18-30Vdc). | Positive J Negative I. |
RS 485 Slave | Positive (D+)B Negative (D-) A GND 6 |
RS-232D | C GND |
E RX | |
F TX | |
Init | Pin D Init Gnd C |