The BK1 unit features 32 built-in tones. An embedded type with clear audio quality.
[Features] · Easy to operate using the switch volume card slots on the front side. · The volume can be adjusted on the front surface of the main body. · Installing the switches, which were hitherto on the back of the main body, on the front panel enables operations from the installation side, improving operability. · A dedicated embedded type. · An IP54 structure (only on front with front-facing panel mounted). · Produces a high volume sound of 95dB (at1m) despite its relatively compact size. · Furthermore, the volume can be adjusted using the knob on the front of the main body. · Features compatibility with NPN transistor open collectors, enabling direct drive with a PLC etc. · Compliant with CE standards. · Compliant with international standards, allowing it to be used globally (24V specifications). · A two-color front panel is available for use with embedded equipment. · The tone group selection switch allows for switching between the 32 available sounds as needed. · Settings A to H and the bit input method enable playback of eight different tones. · Settings I to O enable test sound (ambulance siren) playback. · Can be used to check operations and adjust the volume. · The P setting and the binary input method enable 32-tone playback. · Tone combinations can be changed as needed with the SD card
[Features] · Detects burnouts from small to large capacity heaters. · Detects heater burnout in molding and packing machinery, etc., and then outputs an alarm. · Boasts a high level of detection accuracy, enabling detection of single burned out wires, even when using multiple heaters. · Can be used with a wide range of heaters; from small to large capacity types. · A single K2CU-F large capacity integrated CT unit can be used for both single and triple-phase heaters. · The compensation function for fluctuations in voltage · means that false alarms will not occur due to fluctuations in heater current caused by fluctuations in the voltage from the power supply, ensuring that alarms only occur when applicable.