- Multiple Analog Inputs: The modules are equipped with numerous analog inputs, assuring seamless integration with various types of sensors and signal forms.
- Digital Input Capability: Analog inputs possess the flexibility to be reconfigured as digital inputs, broadening the modules' utility across diverse operational contexts.
- Enhanced Signal Resolution: These modules offer high-resolution signal processing, vital for applications that demand precise analog data interpretation.
- Isolation for Integrity: With galvanic isolation, the analog inputs are safeguarded against electrical noise, ensuring accurate and undisturbed measurements.
- Mounting Flexibility: The modules are designed for both DIN rail and wall mounting, affording adaptability in placement according to project specifications.
- Durability in Diverse Environments: Enclosed within an IP20-rated casing, the modules function steadfastly in extreme temperatures from -20 to +55 °C, proving their robustness across various environmental settings.
- Consistent and Reliable Data Transfer: Requiring a 24V DC power source, the MV110 series modules maintain stable Modbus RTU/ASCII communication over RS485, assuring consistent data transfer in automation networks.
- Cost-Effective Solutions: The MV110 series is intentionally designed to be budget-friendly, reducing the necessity for extra components and thereby offering significant savings.
- Cross-Industry Versatility: These modules are utilized across diverse fields such as building automation and process control, showcasing their capability to fulfill distinct industry demands.
The MV110 AI Series by akYtec offers a comprehensive lineup of analog input modules specifically designed for decentralized automation systems. These modules are adept at facilitating reliable communication through the Modbus RTU/ASCII protocol and RS485 interface, making them a prime selection for both enhancing existing systems and implementing new projects. Renowned for its economical and versatile solutions, the MV110 series caters to a broad range of industrial applications.
Key Technical Features:
Business Benefits:
|
Feature |
MV110-24.2A |
MV110-24.8A |
MV110-24.8AS |
|
Power Supply |
24 (20...28) V DC |
24 (20...28) V DC |
24 (20...28) V DC |
|
Power Consumption, Max. |
6 W |
6 W |
6 W |
|
Analog Inputs |
2 |
8 |
8 |
|
Input Signals |
RTD, TC, Position encoders, Standard signals |
RTD, TC, Position encoders, Standard signals |
Standard signal 0-10 V, 0-5 mA, 0(4)-20 mA |
|
Usable as Digital Input |
Yes, 2x |
Yes, 8x |
- |
|
Measurement Error, Max. |
RTD: ±0.25%, TC: ±0.5%, Encoders: ±0.25%, Signals: ±0.25% |
RTD: ±0.25%, TC: ±0.5%, Encoders: ±0.25%, Signals: ±0.25% |
± 0.25% |
|
Sampling Time per Input, Max. |
RTD: 0.8 s, TC/Encoders/Signals: 0.4 s |
RTD: 0.9 s, TC/Encoders/Signals: 0.6 s |
5±2 ms |
|
Galvanic Isolation |
1500 V |
1500 V |
Between groups: 750 V, From power supply: 3000 V |
|
Resolution |
16 bit |
16 bit |
10 bit |
|
Interface |
RS485 |
RS485 |
RS485 |
|
Protocol |
Modbus RTU / ASCII |
Modbus RTU / ASCII |
Modbus RTU / ASCII |
|
Baud Rate |
2.4...115.2 kBit/s |
2.4...115.2 kBit/s |
2.4...115.2 kBit/s |
|
Ambient Temperature |
-20...+55 °C |
-20...+55 °C |
-20...+55 °C |
|
Storage Temperature |
-25...+55 °C |
-25...+55 °C |
-25...+55 °C |
|
Humidity |
Up to 80%, non-condensing |
Up to 80%, non-condensing |
Up to 80%, non-condensing |
|
IP Code |
IP20 |
IP20 |
IP20 |
|
Dimensions |
63 x 110 x 75 mm |
63 x 110 x 75 mm |
63 x 110 x 75 mm |
|
Weight |
Approx. 240 g |
Approx. 240 g |
Approx. 240 g |
|
Material |
Plastic |
Plastic |
Plastic |
- ePLAN
- STEP Model
| MV110 |
|
ePLAN_MV110-24.8A (*.zip 45 mb)
ePLAN_MV110-24.8AS (*.zip 37.3 mb)
|
|
|
STEP_MV110-24.8A (*.zip 3.75 mb)
STEP_MV110-24.8AS (*.zip 6.61 mb)
|
|
- How many modules can be connected to the RS485 interface?
- Are Mx110 modules compatible with third-party PLCs?
- What equipment is required to configure the module?
- I have forgotten the module network settings. How can I find them?
- Is there a possibility to disconnect the terminal block?
- Are circuits galvanically isolated?
- Can the integrated voltage source of a PR200-230.X.X be used to feed a Mx110 module?
- In which numeral system should the register address be written, decimal or hexadecimal?
- How does the Modbus register work and why is it in hexadecimal (3x0000 to 3xFFFF)?
- What steps do I have to take to calibrate the MV110-devices when i have uncertainties in the measurement?
- I have connected a slave device to the PR200. I can read INT variables but I am having problems with REAL variables. I want to show a value on the display but it shows a different value that doesn’t make sense. What should I check?