Need help?Do you have a question about the Vega VEGATOR 632 and is the answer not in the manual?
Provides information for mounting, connection, setup, maintenance, and fault rectification.
Manual is directed to trained qualified personnel.
Explains information symbols, cautions, warnings, dangers, and actions.
Operations must be by trained personnel; PPE must be worn.
Instrument is for level switch connection; proper use ensures reliability.
Incorrect use can lead to hazards like vessel overfill or damage.
Instrument is high-tech; requires observance of regulations and guidelines.
Device fulfills EC guidelines; CE mark confirms successful testing.
Notes Ex-specific safety information for installation and operation in Ex areas.
Mentions environment management system and DIN EN ISO 14001 certification.
Details scope of delivery and constituent parts of VEGATOR 632.
Describes how the instrument processes signals of conductive probes using AC current.
Explains how damping, mode, and switching point are adjusted via switches and potentiometers.
Covers protection during transport, materials used, and disposal of packaging.
Specifies mounting on carrier rail EN 60715 and protection of adjustment elements.
Notes that Ex version is auxiliary and intrinsically safe; specifies minimum distances.
Safety instructions for connection, recommendations for overvoltage arresters, and Ex area considerations.
Details terminal assignment and step-by-step electrical connection instructions.
Explains grounding for conductive/non-conductive vessels and line monitoring requirements.
Identifies adjustment elements like DIL switch, potentiometer, control lamps, and slide switches.
Details the DIL switch block functions and settings.
Explains the potentiometer function for adapting the measuring system to product conductivity.
Explains the 3-step switch for adjusting relay outputs (parallel, separate, alarm).
Standard adjustment for conductive liquids, using DIL switches and potentiometer.
How to adjust switching delay using the slide switch (E).
Explains the 3-step switch for adjusting relay outputs for two-point control.
Standard adjustment for conductive liquids using DIL switches and potentiometer.
How to adjust switching delay using the slide switch (E).
Explains the 3-step switch for adjusting relay outputs for two-channel control.
Standard adjustment for conductive liquids using DIL switches and potentiometer.
How to adjust switching delay using the slide switch (E).
States that two VEGATOR 632 instruments are required for four-channel control.
Refers to single, two-point, or two-channel control for relay function adjustment.
Refers to single, two-point, or two-channel control for adjustment.
Shows level detection without alarm monitoring with ground electrode.
Illustrates level detection with separate outputs.
Shows two-point control (As) with alarm monitoring.
States no special maintenance is required for normal operation.
Lists common failure reasons like sensor, voltage, or cable issues.
Explains how to simulate a fault signal by removing a plug connection.
Instructs to reverse mounting and connection steps.
Covers recycling of materials and WEEE directive compliance.
Lists general data, power supply, sensor input, adjustment elements, and relay outputs.
Provides physical dimensions of the VEGATOR 632 unit.
Provides information for mounting, connection, setup, maintenance, and fault rectification.
Manual is directed to trained qualified personnel.
Explains information symbols, cautions, warnings, dangers, and actions.
Operations must be by trained personnel; PPE must be worn.
Instrument is for level switch connection; proper use ensures reliability.
Incorrect use can lead to hazards like vessel overfill or damage.
Instrument is high-tech; requires observance of regulations and guidelines.
Device fulfills EC guidelines; CE mark confirms successful testing.
Notes Ex-specific safety information for installation and operation in Ex areas.
Mentions environment management system and DIN EN ISO 14001 certification.
Details scope of delivery and constituent parts of VEGATOR 632.
Describes how the instrument processes signals of conductive probes using AC current.
Explains how damping, mode, and switching point are adjusted via switches and potentiometers.
Covers protection during transport, materials used, and disposal of packaging.
Specifies mounting on carrier rail EN 60715 and protection of adjustment elements.
Notes that Ex version is auxiliary and intrinsically safe; specifies minimum distances.
Safety instructions for connection, recommendations for overvoltage arresters, and Ex area considerations.
Details terminal assignment and step-by-step electrical connection instructions.
Explains grounding for conductive/non-conductive vessels and line monitoring requirements.
Identifies adjustment elements like DIL switch, potentiometer, control lamps, and slide switches.
Details the DIL switch block functions and settings.
Explains the potentiometer function for adapting the measuring system to product conductivity.
Explains the 3-step switch for adjusting relay outputs (parallel, separate, alarm).
Standard adjustment for conductive liquids, using DIL switches and potentiometer.
How to adjust switching delay using the slide switch (E).
Explains the 3-step switch for adjusting relay outputs for two-point control.
Standard adjustment for conductive liquids using DIL switches and potentiometer.
How to adjust switching delay using the slide switch (E).
Explains the 3-step switch for adjusting relay outputs for two-channel control.
Standard adjustment for conductive liquids using DIL switches and potentiometer.
How to adjust switching delay using the slide switch (E).
States that two VEGATOR 632 instruments are required for four-channel control.
Refers to single, two-point, or two-channel control for relay function adjustment.
Refers to single, two-point, or two-channel control for adjustment.
Shows level detection without alarm monitoring with ground electrode.
Illustrates level detection with separate outputs.
Shows two-point control (As) with alarm monitoring.
States no special maintenance is required for normal operation.
Lists common failure reasons like sensor, voltage, or cable issues.
Explains how to simulate a fault signal by removing a plug connection.
Instructs to reverse mounting and connection steps.
Covers recycling of materials and WEEE directive compliance.
Lists general data, power supply, sensor input, adjustment elements, and relay outputs.
Provides physical dimensions of the VEGATOR 632 unit.
General| Brand | Vega |
|---|---|
| Model | VEGATOR 632 |
| Category | Signal Processors |
| Language | English |
To Next Page