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Technical specifications for 6DD1601-0AE0
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Manufacturer:Siemens
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Product Category:General Automation
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Spare Part Number:6DD1601-0AE0
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Weight:0.6 kg
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Tariff Code:8537101190
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Module designation:PG16
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System:SIMADYN D
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Control application:Line-commutated converters
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Reference processor:16-bit 80C186, 16 MHz
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Reference RAM:64 KB; backup from power supply
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Program memory:MS-series plug-in submodule at X50
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Reference binary inputs:4, non-isolated, interrupt-capable
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Reference binary outputs:4, non-isolated, 24 V, 50 mA nominal
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SITOR connection:50-pin X7
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Service interface:X01; Hex monitor with applicable hybrid
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Rack allocation:2 slots
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Reference applicability:SWE 4656019004.01, version > M, software ≥V2.3
Information
Overview
Downloads
Applications / Compatibility
Product Precautions
- Siemens 6DD1601-0AE0 integrates the processor and converter-pulse logic for a configured SIMADYN D drive application. The fitted program memory, processor version and SITOR arrangement define the service configuration.
Product type: PG16 processor module
Control role: Line-commutated converters
Reference design: 16-bit 80C186 at 16 MHz
Control role: Line-commutated converters
Reference design: 16-bit 80C186 at 16 MHz
The 6DD1601-0AE0 PG16 performs drive-level numerical processing and regulating functions for line-commutated converters. The applicable PG16 design uses a 16-bit 80C186 processor at 16 MHz and converter firing-pulse logic. The detailed reference applies to SWE type 4656019004.01, product versions above M and software from V2.3; retain these conditions when checking an offered unit.
The reference design provides 64 KB RAM with battery backup from the power supply and a socket for an MS-series program-memory submodule. User code executes under the SIMADYN D real-time operating system, with configuration-dependent interrupt-controlled cycles of at least 1 ms. Four non-isolated binary inputs can trigger process-interrupt jobs, and four non-isolated 24 V binary outputs support fast exchange with another processor.
A 50-pin X7 connector carries the SITOR interface, while X5 supports external synchronization and commissioning signals. The X01 serial interface is for service dialogue with the Hex monitor using the appropriate hybrid interface; it is not a configurable process-communication port. The front seven-segment display identifies the configured processor or displays a fault code. The board occupies two rack slots and must not be inserted or withdrawn under power.
The reference design provides 64 KB RAM with battery backup from the power supply and a socket for an MS-series program-memory submodule. User code executes under the SIMADYN D real-time operating system, with configuration-dependent interrupt-controlled cycles of at least 1 ms. Four non-isolated binary inputs can trigger process-interrupt jobs, and four non-isolated 24 V binary outputs support fast exchange with another processor.
A 50-pin X7 connector carries the SITOR interface, while X5 supports external synchronization and commissioning signals. The X01 serial interface is for service dialogue with the Hex monitor using the appropriate hybrid interface; it is not a configurable process-communication port. The front seven-segment display identifies the configured processor or displays a fault code. The board occupies two rack slots and must not be inserted or withdrawn under power.
Controller platform reference: SIMADYN D PG16. Match the installed configuration before replacement.
Technical downloads for 6DD1601-0AE0: an original Siemens reference excerpt and an Apter Power installation planning guide.
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Siemens 6DD1601-0AE0 technical reference
Original Siemens excerpt - PDF, 9 pages, 44.9 KB. Detailed PG16 design data apply to SWE type 4656019004.01, product version higher than M and software from V2.3. Match the actual version before applying those values. -
Siemens 6DD1601-0AE0 installation planning guide
Prepared by Apter Power - PDF, 5 pages, 96.4 KB. Identity, configuration, connection and controlled acceptance planning.
Detailed PG16 design data apply to SWE type 4656019004.01, product version higher than M and software from V2.3. Match the actual version before applying those values. The planning guide is prepared by Apter Power; apply the complete manufacturer instructions and the stated applicability boundaries.
System and supply context: Detailed PG16 design data apply to SWE type 4656019004.01, product version higher than M and software from V2.3. Match the actual version before applying those values. Accessories are included only when itemized in the quotation.
Platform applications: The following applications describe SIMADYN D PG16 functions. Match the complete 6DD1601-0AE0 identity to the installed system before selecting a replacement.
Platform applications: The following applications describe SIMADYN D PG16 functions. Match the complete 6DD1601-0AE0 identity to the installed system before selecting a replacement.
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Converter regulation
Use PG16 in its configured SIMADYN D application for line-commutated converter control. -
Processor synchronization
Use binary interfaces for processor data exchange, retaining the configured signal levels and interrupts. -
SITOR integration
Match X7 wiring, the power section and the retained firing configuration before releasing converter operation. -
Diagnostic service
Use processor-number and fault-code indications together with the appropriate Hex-monitor service arrangement.
Prepare 6DD1601-0AE0 against the installed configuration and applicable Siemens instructions. Plan isolation and the resulting interruption of system operation before replacement.
Verify the version
Match the full order code, SWE type and product revision against the applicability of the PG16 instructions.
Preserve software
Record the installed MS memory submodule and retain the controller program before replacement.
Remove power
Never insert or withdraw PG16 under power; isolate the converter and control system using the approved procedure.
Check signal levels
The reference binary interfaces are non-isolated. Verify common potentials and actual wiring before reconnection.
Preserve SITOR connections
Check X5 and X7 connections and synchronization arrangements against the approved drive drawings.
Release after tests
Confirm processor indication and controlled converter response before restoring the normal operating sequence.
Alternative Names
6DD1601-0AE0
Siemens 6DD1601-0AE0
Technical notes
Installation relationship: The reference design provides 64 KB RAM with battery backup from the power supply and a socket for an MS-series program-memory submodule. User code executes under the SIMADYN D real-time operating system, with configuration-dependent interrupt-controlled cycles of at least 1 ms. Four non-isolated binary inputs can trigger process-interrupt jobs, and four non-isolated 24 V binary outputs support fast exchange with another processor.
Configuration: Detailed PG16 design data apply to SWE type 4656019004.01, product version higher than M and software from V2.3. Match the actual version before applying those values.
Technical reference: Siemens PG16 User Manual, Dk-Nr. 222142, Edition 05.95.
FAQ View All FAQ
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What control task does 6DD1601-0AE0 perform?PG16 performs numerical processing and regulating functions for line-commutated converters in SIMADYN D.
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Which hardware scope applies to the detailed data for 6DD1601-0AE0?The 05.95 manual applies to SWE type 4656019004.01, product versions higher than M and software from V2.3. Confirm the actual marking before applying those design values.
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Which processor is used in the reference design of 6DD1601-0AE0?The applicable PG16 design uses a 16-bit 80C186 running at 16 MHz, together with converter-pulse logic.
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How is program memory provided for 6DD1601-0AE0?System firmware and user software reside on a compatible plug-in MS-series memory submodule at X50. Preserve the installed program and memory configuration.
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Can binary inputs on 6DD1601-0AE0 initiate interrupts?All four binary inputs in the applicable reference design can be configured as interrupt inputs to start a process-interrupt job.
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Is the X01 port on 6DD1601-0AE0 a configurable communication port?No. It is a service interface for Hex-monitor dialogue and requires the corresponding hybrid interface module.
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How does 6DD1601-0AE0 connect to the SITOR arrangement?The PG16 SITOR interface uses the 50-pin X7 connection. The connected power section and associated wiring must match the installed engineering configuration.
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Can 6DD1601-0AE0 be replaced while energized?No. The PG16 must not be inserted or removed under power. It occupies two rack slots.
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