Digital

MSU-2012DT

  • AC Voltage 12 V~1000 V
  • Frequency 50/60 Hz
  • High Sensitivity 12 V~1000 V
  • Low Sensitivity 48 V~1000 V
  • Operating Temperature 0~40°C
  • Storage Temperature -10°~50°C
  • Dimensions 165 mm x 25 mm x 28 mm
  • Weight 36 g (sem as pilhas)
  • Insulation Category / Measurement Category CAT. III 1000V, CAT. IV 600V
  • Standard IEC61010-1

A voltage detector plays an essential role in the safety of electrical professionals, allowing them to identify the presence of voltage in cables and equipment, preventing shocks and accidents. It is an indispensable tool for the maintenance, testing, and verification of electrical installations, ensuring that workplaces are safe for maintenance and installation.

Main Function:

  • Safety: The primary function is to prevent accidents, such as electric shocks, ensuring that a professional can work safely on an electrical installation.
  • Identification: Allows identifying the presence of voltage in cables, outlets, panels, and other electrical components.

Applications and Utilities:

  • Electrical Maintenance: Crucial for performing preventive and corrective maintenance on electrical networks and equipment.
  • Circuit Verification: Helps verify the existence of energized circuits before starting procedures such as power cuts or installations.
  • Insulation Testing: Can be used in insulation tests to verify if equipment is correctly insulated and safe.
  • Non-Contact Detection: Non-contact detectors allow verifying voltage without the need for direct contact with the wire, increasing safety.

Benefits of Use:

  • Accident Prevention: Reduces the risk of serious and fatal accidents by alerting to the presence of electric current.
  • Safety Assurance: Ensures that workplaces are de-energized before the installation of temporary grounding.
  • Versatility: There are models for various voltage ranges, from low to high voltage, and for different types of installations (bare conductors or compact lines).

In Summary: The voltage detector is an indispensable safety tool for any professional working with electricity, providing a quick and safe way to verify if a circuit or component is energized, protecting the user and ensuring the integrity of the installation.

A voltage detector plays an essential role in the safety of electrical professionals, allowing them to identify the presence of voltage in cables and equipment, preventing shocks and accidents. It is an indispensable tool for the maintenance, testing, and verification of electrical installations, ensuring that workplaces are safe for maintenance and installation.

Main Function:

  • Safety: The primary function is to prevent accidents, such as electric shocks, ensuring that a professional can work safely on an electrical installation.
  • Identification: Allows identifying the presence of voltage in cables, outlets, panels, and other electrical components.

Applications and Utilities:

  • Electrical Maintenance: Crucial for performing preventive and corrective maintenance on electrical networks and equipment.
  • Circuit Verification: Helps verify the existence of energized circuits before starting procedures such as power cuts or installations.
  • Insulation Testing: Can be used in insulation tests to verify if equipment is correctly insulated and safe.
  • Non-Contact Detection: Non-contact detectors allow verifying voltage without the need for direct contact with the wire, increasing safety.

Benefits of Use:

  • Accident Prevention: Reduces the risk of serious and fatal accidents by alerting to the presence of electric current.
  • Safety Assurance: Ensures that workplaces are de-energized before the installation of temporary grounding.
  • Versatility: There are models for various voltage ranges, from low to high voltage, and for different types of installations (bare conductors or compact lines).

In Summary: The voltage detector is an indispensable safety tool for any professional working with electricity, providing a quick and safe way to verify if a circuit or component is energized, protecting the user and ensuring the integrity of the installation.

Digital

MSU-2012DT

  • AC Voltage 12 V~1000 V
  • Frequency 50/60 Hz
  • High Sensitivity 12 V~1000 V
  • Low Sensitivity 48 V~1000 V
  • Operating Temperature 0~40°C
  • Storage Temperature -10°~50°C
  • Dimensions 165 mm x 25 mm x 28 mm
  • Weight 36 g (sem as pilhas)
  • Insulation Category / Measurement Category CAT. III 1000V, CAT. IV 600V
  • Standard IEC61010-1

Discover also

See more