User Manual
Table Of Contents
- 1771-6.5.88, Plastic Molding Module Reference Manual
- Summary of Changes
- Table of Contents
- Preface
- 1 - Abbreviated Command and Status Blocks
- Chapter Contents
- CLC - Clamp and Eject ERC Values Block
- CPC - Clamp Close Profile Block
- DYC - Dynamic Command Block
- EAC - Ejector Advance Configuration Block
- EPC - Ejector Profile Block
- ERC - Ejector Retract Configuration Block
- FCC - First Clamp Close Configuration Block
- FOC - First Clamp Open Configuration Block
- HDC - Hold Configuration Block
- HPC - Pack/Hold Profile Block
- INC - Injection Configuration Block
- IPC - Injection Profile Block
- JGC - Jog Configuration Block
- LPC - Clamp Low Pressure Close Configuration Block
- MCC - Module Configuration Command Block
- OPC - Clamp Open Profile Block
- OSC - Clamp Open Slow Configuration Block
- PKC - Pack Configuration Block
- PLC - Plastication Configuration Block
- PPC - Plastication Profile Block
- PRC - Pre-decompression Configuration Block
- PSC - Post- decompression Configuration Block
- PTC - Process Trace Configuration Block
- RLC - Inject ERC Values Block
- SCC - Second Clamp Close Configuration Block
- SOC - Second Clamp Open Configuration Block
- TCC - Third Clamp Close Configuration Block
- TOC - Third Clamp Open Configuration Block
- CLS - Clamp and Eject ERC Values Status Block
- CPS - Clamp Close Profiles Status Block
- EPS - Ejector Profile Status Block
- HPS - Pack/Hold Profile Status Block
- IPS - Injection Profile Status Block
- OPS - Clamp Open Profiles Status Block
- PPS - Plastication Profile Status Block
- PTS - Process Trace Status Block
- RLS - Inject ERC Values Status Block
- SYS - System Status Block
- 2 - Command Word/Bit Descriptions
- Alphabetical List of Command Blocks and Block ID Codes
- List of Data Words
- Engineering Units
- Data Blocks Require I/O Configuration
- Data Blocks for System Control
- Data Blocks for Controlling Ram (Screw) Position
- Data Blocks for Controlling Clamp Position
- Data Blocks for Controlling Ejector Position
- Sensors Required
- CLC CLC - Clamp and Eject ERC Values Block
- CPC - Clamp Close Profile Block
- DYC DYC - Dynamic Command Block
- EAC - Ejector Advance Configuration Block
- EPC - Ejector Profile Block
- ERC - Ejector Retract Configuration Block
- FCC - First Clamp Close Configuration Block
- FOC - First Clamp Open Configuration Block
- HDC - Hold Configuration Block
- HPC - Pack/Hold Profile Block
- INC - Injection Configuration Block
- IPC - Injection Profile Block
- JGC - Jog Configuration Block
- LPC - Clamp Low Pressure Close Configuration Block
- MCC - Module Configuration Command Block
- OPC - Clamp Open Profile Block
- OSC - Clamp Open Slow Configuration Block
- PKC - Pack Configuration Block
- PLC Plastication Configuration Command Block (PLC)
- PPC - Plastication Profile Block
- PRC - Pre-decompression Configuration Block
- PSC - Post-decompression Configuration Block
- PTC - Process Trace Configuration Block
- RLC - Inject ERC Values Block
- SCC - Second Clamp Close Configuration Block
- SOC - Second Clamp Open Configuration Block
- TCC - Third Clamp Close Configuration Block
- TOC - Third Clamp Open Configuration Block
- 3 - Word/Bit Descriptions
- List of Status Blocks and Block ID Codes
- List of Data Words
- Data Blocks Require I/O Configuration
- Engineering Units
- Status Block for Reporting System Status
- Status Blocks for Reporting Ram (Screw) Position
- Status Blocks for Reporting Clamp Position
- Status Blocks for Reporting Ejector Position
- CLS - Clamp and Eject ERC Values Status Block
- CPS - Clamp Close Profiles Status Block
- EPS - Ejector Profile Status Block
- HPS - Pack/Hold Profile Status Block
- IPS ú Injection Profile Status Block
- OPS - Clamp Open Profiles Status Block
- PPS - Plastication Profile Status Block
- PTS - Process Trace Status Block
- RLS - Inject ERC Values Status Block
- SYS - System Status Block
- 4 - Programming Error Codes
- 5 - Module Specifications
- 6 - Calibration Instructions
- A - Single transfer for Reporting Ejector Status
- Back cover
3–33Status Word/Bit Descriptions
Publication
1771-6.5.88 – July 1997
SYS
Word Bit Description
B07 = 0 Normal
= 1 Clamp Open Profile Overtravel into Open Slow Zone
The module sets this bit during one of the first three Clamp Open Profiles when real-time clamp position equals or ex-
ceeds OPC61. The module resets this bit on next false-to-true transition of an action execution bit in DYC01 or DYC02.
B08-B15 Reserved for the module. Do not use.
SYS08 Alarm Status for Loss of Input Sensor (Real Time). The module sets alarm bits in real time. These bits are not latched.
B00 = 0 Normal
= 1 Loss of Ram (Screw) Position Sensor (Set MCC64 to inhibit)
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a ram (screw) position transducer, the
module sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B01 = 0 Normal
= 1 Loss of Ram (Screw) Pressure Sensor (Set MCC64 to inhibit)
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a ram (screw) pressure transducer, the
module sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B02 = 0 Normal
= 1 Loss of Clamp Position Sensor
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a clamp position transducer, the module
sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B03 = 0 Normal
= 1 Loss of Clamp Pressure Sensor
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a clamp pressure transducer, the module
sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B04 = 0 Normal
= 1 Loss of Ejector Position Sensor
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a ejector position transducer, the module
sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B05 = 0 Normal
= 1 Loss of Ejector Pressure Sensor
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a ejector pressure transducer, the module
sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B06 = 0 Normal
= 1 Loss of Ram (Screw) RPM Sensor (Set MCC64 to inhibit)
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a screw RPM transducer, the module
sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B07 = 0 Normal
= 1 Loss of Cavity (or System) Pressure Sensor (Set MCC64 to inhibit)
If bit patterns in MCC02 and MCC03 indicate that the module is connected to a cavity pressure transducer, the module
sets this bit when it detects a loss of signal input from the transducer.
When this bit is SET, the module stops any profile in progress and ignores any action execution command in DYC02
unless MCC64 is SET.
B08-B15 Open