To Next PageTo Next PageWhat to do if Burster Resistomat 2316 show flashing zeros or overload?
If your Burster Measuring Instruments display shows flashing zeros, an overload indicator, or indicates it's overdriven, the issue might be due to selecting the wrong measuring range, an open circuit in the test lead (+U or –U), or the load impedance being too high. To resolve this, select the correct measuring range and ensure the test leads are connected correctly.
Why does the display not come on for Burster Resistomat 2316?
If the display of your Burster Measuring Instruments does not come on, it could be due to a blown mains fuse or a faulty/loose mains lead. Remove the mains lead, replace the mains fuse with a 0.63 A slow-blowing fuse, and check the mains lead.
Explains symbols used to warn about risks in the manual.
Details signal words (DANGER, WARNING, CAUTION, NOTICE) according to hazard classification.
Shows pictograms for electrical shock and general safety notices.
Describes the primary applications and capabilities of the RESISTOMAT® 2316.
Explains the measurement method and key features of the instrument.
Instructions for unpacking and checking the instrument's contents.
Guidance on initial setup, including condensation checks and power connection.
Details power requirements, switch location, and fuse information.
Describes various connectors for power, USB, Ethernet, and signal leads.
Illustrates the internal functional blocks of the instrument.
Provides guidelines for instrument placement and environmental conditions.
Describes the initial display sequence upon powering on the instrument.
Explains calibration procedures and recommendations.
Provides guidelines for storing the instrument long-term.
Details comprehensive safety warnings for operating the instrument.
Details the front panel layout, display, and keypad.
Explains the operation of each button on the front panel.
Describes the connectors and ports located on the rear panel.
Provides detailed information on each connector socket on the rear panel.
Explains the function of each part of the instrument's display.
Details the initial menu displayed after powering on the instrument.
Outlines the options available within the instrument's configuration menu.
Describes the main menu for performing measurements.
Details the different measurement modes available for the instrument.
Explains various settings and configuration options.
How to select and configure the measuring range.
How to define upper and lower limits for measurements.
How to select load types (resistive/inductive) and time constants.
How to enable and configure temperature compensation.
How to configure and use the comparator function.
How to perform instrument self-tests and diagnostics.
Overview and configuration of communication interfaces (RS232, USB, Ethernet).
Details on controlling the instrument using the PLC interface and digital I/O.
Instructions for controlling the instrument remotely via the RS232 interface.
Pin configuration details for the RS232 9-pin sub-D connector.
Configuration of interface parameters like baud rate and data format.
Methods for establishing a communication connection with the instrument.
Illustrates communication sequences using 'selection with response' and 'fast selection'.
General rules and syntax for SCPI commands.
Explains the SCPI status, operation, and event registers.
Manages access levels for instrument functions.
Commands related to the instrument's display settings.
Commands for calculation and comparator functions.
Commands for controlling measurement triggers.
Commands for system-level functions like version and language.
Commands for querying instrument status registers.
Commands for configuring measurement senses and parameters.
Standard IEEE-488.2 commands for instrument control.
Information on instrument maintenance and recalibration.
Contact details and procedures for customer service and repairs.
Lists technical specifications, ranges, and performance data.
Details the process for instrument calibration and adjustment.
Lists common faults, causes, and remedial actions.
Legal requirements for disposing of used batteries and rechargeable batteries.
Legal obligations for disposing of unserviceable equipment.
Explains symbols used to warn about risks in the manual.
Details signal words (DANGER, WARNING, CAUTION, NOTICE) according to hazard classification.
Shows pictograms for electrical shock and general safety notices.
Describes the primary applications and capabilities of the RESISTOMAT® 2316.
Explains the measurement method and key features of the instrument.
Instructions for unpacking and checking the instrument's contents.
Guidance on initial setup, including condensation checks and power connection.
Details power requirements, switch location, and fuse information.
Describes various connectors for power, USB, Ethernet, and signal leads.
Illustrates the internal functional blocks of the instrument.
Provides guidelines for instrument placement and environmental conditions.
Describes the initial display sequence upon powering on the instrument.
Explains calibration procedures and recommendations.
Provides guidelines for storing the instrument long-term.
Details comprehensive safety warnings for operating the instrument.
Details the front panel layout, display, and keypad.
Explains the operation of each button on the front panel.
Describes the connectors and ports located on the rear panel.
Provides detailed information on each connector socket on the rear panel.
Explains the function of each part of the instrument's display.
Details the initial menu displayed after powering on the instrument.
Outlines the options available within the instrument's configuration menu.
Describes the main menu for performing measurements.
Details the different measurement modes available for the instrument.
Explains various settings and configuration options.
How to select and configure the measuring range.
How to define upper and lower limits for measurements.
How to select load types (resistive/inductive) and time constants.
How to enable and configure temperature compensation.
How to configure and use the comparator function.
How to perform instrument self-tests and diagnostics.
Overview and configuration of communication interfaces (RS232, USB, Ethernet).
Details on controlling the instrument using the PLC interface and digital I/O.
Instructions for controlling the instrument remotely via the RS232 interface.
Pin configuration details for the RS232 9-pin sub-D connector.
Configuration of interface parameters like baud rate and data format.
Methods for establishing a communication connection with the instrument.
Illustrates communication sequences using 'selection with response' and 'fast selection'.
General rules and syntax for SCPI commands.
Explains the SCPI status, operation, and event registers.
Manages access levels for instrument functions.
Commands related to the instrument's display settings.
Commands for calculation and comparator functions.
Commands for controlling measurement triggers.
Commands for system-level functions like version and language.
Commands for querying instrument status registers.
Commands for configuring measurement senses and parameters.
Standard IEEE-488.2 commands for instrument control.
Information on instrument maintenance and recalibration.
Contact details and procedures for customer service and repairs.
Lists technical specifications, ranges, and performance data.
Details the process for instrument calibration and adjustment.
Lists common faults, causes, and remedial actions.
Legal requirements for disposing of used batteries and rechargeable batteries.
Legal obligations for disposing of unserviceable equipment.
General| Weight | Approx. 8 kg |
|---|---|
| Measuring principle | 4-wire measurement |
| Resolution | 0.1 μΩ |
| Measuring current | 1 mA to 1 A, depending on range |
| Interfaces | RS232, Ethernet |
| Temperature compensation | Automatic |
| Display | LCD |
| Power Supply | 100-240 V AC |
