Features:
- Generates four configurable current or voltage command outputs.
- Documents supply-interruption recovery and load-dependent power behavior for the RR execution.
- Provides published MTBF values for operation at 40 deg C and 55 deg C.
This board is the RR version of the four-channel analog output module. It supports the standard current and voltage ranges while adding execution-specific supply and reliability data.
Controller commands are converted into four analog signals with defined accuracy and ripple. Power consumption changes with driven output current and with the state of the L+ supply.
Replacement planning should capture load, range, fuse, ambient temperature and supply quality. The suffix must match because the documented behavior cannot be transferred automatically from another 6DS1702 version.
Legacy supply is reviewed using the exact RR execution and the installed channel operating data.
Verified resources for Siemens 6DS1702-8RR:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Produces four analog commands for process actuators and compatible interface equipment.
- Supports installations where documented recovery from short supply interruptions is part of the design review.
- Provides a legacy output spare with published power-loss and reliability data for cabinet engineering.
- No-load power loss is 1.8 W plus 0.46 W for each fully driven channel.
- Typical four-current-output operation draws 110 mA at 50 ohm load and 50 percent output.
- Load-dependent consumption data supports accurate cabinet power and thermal budgeting.
- Operation is specified from 0 to +55 deg C and 900 to 1140 hPa.
- Storage extends from -40 to +70 deg C and 660 to 1140 hPa.
- Published MTBF decreases from 54.7 years at 40 deg C to 33.7 years at 55 deg C.
- A 1 A fast-acting fuse protects the module supply path.
- At 19 V, interruptions must remain within 15 ms and allow the specified one-second recovery.
- Output circuits must stay inside the 60 V common-mode limit to protect the analog stages.