| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| No Of Analog Output | 16 Channels | |
| Type Of Analog Output | 16 Channels 4-20m A | |
| Hardware Functional Status | From Jul22 | |
| Firmware Version | 1.00.001 | |
| Firmware Update Possible | Yes | |
| Engineering Software | Codesys V3 5 Sp 19 And Above | |
| Mounting | Base Unit Tbus Pppppppp | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Galvanic Isolation | Yes | |
| Galvanic Isolation Group | 01 | 16 |
| Channel In Group | 16 | 01 |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Power Supply From | Top Side De Coded Plug In Screw Terminal | |
| Normal Supply Voltage | 18.5 Vdc | |
| Low Supply Voltage | 18.5 Vdc | |
| High Sypply Voltage | 28.5 | |
| Reverse Polarity Protection | Yes | |
| Maximum Current | 320 mA | |
| Current Per Channel Permissible | 21.5 mA | |
| Power Loss | 0.245 W | |
| Load Resistance | 500 Ω, Max | |
| AI_Varaiant | AIS830-14C02CV04G04GIND | AIS830-12C04CV04G04GIND | AIS830-16C00CV04G04GIND |
| Power Supply From | Top Side De Coded Plug In Screw Terminal | ||
| Normal Supply Voltage | 24 Vdc | ||
| Low Supply Voltage | 18.5 Vdc | ||
| High Sypply Voltage | 28.5 | ||
| Reverse Polarity Protection | Yes | ||
| Maximum Current | 320 mA | ||
| Current Per Channel Permissible | 21.5 mA | ||
| Power Loss | 0.245 W | ||
| Load Resistance | 500 Ω, Max | ||
| AI_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Output Range | 0-20 mA | |
| Output Range | 4-20 mA | |
| Range | Scalable | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Resistive Load | 0.5 ms | |
| Capacitive Load | 1 ms | |
| Inductive Load | 1 ms | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Two Wire Connection, Curent O/P | Yes | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Perameterization In Run | Yes | |
| Calibration In Run | Yes | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Automatic Encoding | No | |
| Mechanical Coding Element | Yes | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Linearity Error | 0.1% (Input Range) | |
| Operational Error | 0.5% (Input Range) | |
| Basic Error | 0.3% (Input Range) | |
| Substitude Value Can Applied | Yes | |
| Crosstalk Between Outputs | -50dB | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Diagnostics Alarm | Yes | |
| Limit Alarm | Yes | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Function Of Diagnostic | Available | |
| Diagnostic Alarm | Yes | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND |
| Wire Break | Yes (4-20mA) | |
| Short Circuit | Yes | |
| Channel Diagnostic | Yes | |
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND | ||
| Power Of Indication | Yes | |||
| Channel Status | No | |||
| Channel Diagnostics(Wire Break Joint) | No | |||
| Module Diagnostics (Back Plan Comm) | Yes | |||
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND | ||
| Seperation Between Channel | Yes (Group Isolation) | |||
| Seperation Between Backplane | Yes | |||
| Seperation Between Channel And System Power Supply | Yes | |||
| Insulation Tested With | 500 VDC | |||
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND | ||
| Horizontal Installation | Min 0 Degree Celcius | |||
| Horizontal Installation | Max 60 Degree Celcius | |||
| Vertical Installation | Min 0 Degree Celcius | |||
| Vertical Installation | Max 60 Degree Celcius | |||
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND | |
| Field Connection | 37 Pin D_Sub Connector | ||
| Power Connection | 5 Pin Pheonix Plug In Connector (D-Coded) | ||
| AO_Varaiant | AO_S850-16C00V16G01GIND | AO_S850-16C00V1G01GIND | ||
| Cable Length Max. | 500 MTR. Max Of 1.0 SQMM Cable, Shielded | |||
| Address Space Per Module | 32 Bytes | |||
| Dimention (W x H x D) | 25 x 122 x 115 | |||
| Weight | 200g Approx | |||
Analog Output Modules Are A Crucial Component In Plc Systems Providing An Extensive Range Of Solutions That Enable Precise Control And Optimal Regulation Of Various Machinery And Devices Choosing The Right Analog Output Module Is Essential As It Directly Impacts The Success Of Your Application Ensuring High Standards Of Signal Integrity And Addressing The Complexities Of Integration When Selected And Deployed With Care These Modules Can Dramatically Boost The Overall Efficiency Reliability And Productivity Of Your System This Specific Module Is A 16 Channel Analog Output Unit Designed As A Single Group Of Galvanically Isolated Analog Output Modules Making It An Excellent Choice For Enhancing Your Operations.
