Features:
- Forty-eight 24 V DC inputs are arranged as six groups of eight for compact signal acquisition.
- Typical input delay is 1 ms, with clean-signal operation up to 100 Hz.
- Interrupt polarity can be selected for positive, negative or both signal edges.
The current order configuration is the BA high-density, non-isolated input card with a two-SEP front width.
Voltage comparators convert each field state into a controller bit while the optional edge logic flags configured transitions.
Keep the common reference, connector coding and interrupt map unchanged unless the control project is deliberately re-engineered.
Apter Power can support exact-model configuration review and quotation for Siemens 6DS1601-8BA.
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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.
- Process cabinets can gather many valve and motor status contacts where all circuits share an engineered 24 V reference.
- Sequence permissives can use the fast input path for deterministic confirmation of plant conditions.
- Alarm collectors can assign selected edges to interrupt processing when event response is time-sensitive.
- Approximately 0.62 mA is drawn by each 24 V input, limiting the load placed on connected field contacts and sensors.
- A typical 1 ms input delay allows rapid acquisition of discrete state changes while rejecting very brief disturbances.
- Input transitions can be evaluated at frequencies up to 100 Hz when the field signal and wiring meet the module limits.
- Forty-eight binary field states enter a TELEPERM M automation rack through one high-density 24 V input card.
- Each channel applies the specified voltage thresholds and delay before the controller receives a stable logical state.
- Rack assignment, shared reference potential, field voltage and process-connector keying must be checked before installation.
- Forty-eight input points provide dense monitoring of permissives, limit switches and equipment-feedback contacts.
- The non-isolated channel arrangement transfers a shared-reference 24 V signal set into the controller process image.
- Fast state acquisition supports interlock and sequence logic where timely recognition of field changes is required.