Features:
- Moore-era identity: the exact plate shows P/N 16133-71/8.
- Isolation marking: 600 V is stated from channel to ModuPAC and ground.
- Analog-loop range: the documented field signal is 24 VDC, 4–20 mA.
This variant represents an earlier Moore Products implementation of the APACS standard analog module.
Its nameplate separates a 1.0 A module load from the 4–20 mA field-signal entry.
The manufacturer era, exact /8 suffix, isolation wording, and ROM record are all needed to identify the unit accurately.
Apter Power can review 39SAMCAN 16133-71/8 Moore-era label evidence, isolation marking, condition, and sourcing requirements.
Verified resources for Siemens 39SAMCAN 16133-71/8:
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.
- Processes documented 4–20 mA field loops in the installed APACS+ and ModuPAC arrangement.
- Supports legacy process measurements where the exact /8 nameplate and ROM marking are retained.
- Fits maintenance work that must preserve the original power, isolation, and field-wiring boundaries.
- Operates through the proprietary APACS+ and ModuPAC architecture rather than a stand-alone fieldbus.
- Module power and the field I/O signal are separate circuits and must remain distinct in the wiring record.
- Communication and terminal assignments should be taken from the approved cabinet drawing, not the label alone.
- The nameplate states a 600 V isolation boundary from channel to ModuPAC and ground.
- ROM 3.05 should be recorded with the installed configuration when diagnosing or receiving a spare.
- Loop-current measurement and grounding review help distinguish field noise from an internal module fault.
- Use the listed maximum of 1.0 A at 24 VDC for cabinet power planning.
- Do not disconnect the unit in a classified area unless the area is known to be non-hazardous.
- Preserve the 4–20 mA wiring map and enclosure certification before restoring the circuit.