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General| Brand | DOLD |
|---|---|
| Model | SAFEMASTER BH 5928 |
| Category | Control Unit |
| Language | English |
Details risks of electrocution, requiring power disconnection and adherence to regulations.
Addresses fire and thermal risks, emphasizing expert installation and ambient conditions.
Warns about functional errors due to improper use or conditions, stressing expert installation.
Highlights risks from installation faults, advising on protection circuitry for loads.
Provides critical operational notes, including safety function triggering and automatic restart rules.
Illustrates the operational sequence of the module with inputs and outputs over time.
Details certifications and compliance marks for the SAFEMASTER module.
Summarizes primary uses such as emergency stop circuits and safety gate monitoring.
Explains the function of LEDs for power, K1, and K2 status indication.
Presents the internal circuit logic and signal flow of the module.
Circuit diagram for BH 5928.47, showing terminal connections and internal logic.
Circuit diagram for BH 5928.91, detailing wiring and component connections.
Circuit diagram for BH 5928.92, illustrating the module's electrical layout.
Circuit diagram for BH 5928.93, outlining its specific connection scheme.
Circuit diagram for BI 5928.47/100, showing terminal layout and functions.
Details input voltage, range, consumption, and control voltage characteristics.
Describes the types and quantities of output contacts available for different variants.
Outlines operate delay, release delay, fault detection, and time delay ranges.
Covers repeat accuracy, current ratings, switching capacity, and electrical/mechanical life.
Diagnoses problems related to power indicators and relay status LEDs.
Identifies causes for the device not activating, including line faults and start mode.
Shows safe breaking limits for instantaneous contacts based on voltage and current.
Illustrates safe breaking limits for delayed contacts under various conditions.
Defines the total current limit across contact paths based on temperature.
Illustrates a basic emergency stop circuit without redundancy.
Shows 2-channel E-stop with monitoring of external contactors.
Depicts a 2-channel E-stop circuit without cross fault monitoring and with time interruption.
Details a 2-channel emergency stop circuit incorporating cross fault detection.
Example of monitoring a sliding guard with an emergency stop function.
Provides safety data (PL, SIL, MTTF) for instantaneous contacts per standards.
Lists safety data (PL, SIL, MTTF) for delayed contacts per relevant standards.
