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XZS single loop flashing signal alarm
1、 Overview XZS1 □□ series single circuit flashing signal alarm (hereinafter referred to as the alarm). Its input signal is a contact type, which is c
Product details
2、 Main technical parameters
1Usage conditions: ambient temperature 0～50℃
relative humidity 90≤%
atmospheric pressure 85～106Kpa
2Power supply voltage:24VDC±10%
3Input signal: normally open or normally closed contact, contact should not have external power, contact capacity50VDC/0.1A.
4
Power consumption: agreed upon4W.
5Alarm light: high brightnessLEDmonitor.
6External dimensions:80×40×108mm(Width x Height x Depth).
7Hole size:65+1×34+1mm(Width x Height)
III XZSSingle circuit flashing signal alarm working status
1XZS—10A(The alarm light is displayed as an incandescent light)
XZS—10BThe alarm light is high brightnessLEDDisplay)
When the operating parameters are normal, the alarm light does not light up and the sound system does not emit an alarm sound. When the operating parameters exceed the limit, the alarm light lights up and the sound system emits an alarm sound.
2XZS—11A、XZS—11A—2(Two inputs)
l In this working state, when a fault signal is input, the alarm emits a flashing signal and outputs a high level as the control signal for the speaker, controlling the speaker to sound and achieve an audible and visual alarm. （XXS—15、16The speaker is a supporting product produced by our factory.
l Press the confirm button, the alarm will change from flashing to flat light, and the audio control signal will disappear.
l The fault signal returned to normal, and the alarm changed from flat light to off.
l Confirm that the fault signal has returned to normal, and the alarm remains flashing and outputting audio control signals.
3XZS—11B
l Fault alarm is the same asAStatus.
l The first fault signal (the first occurrence of a fault), regardless of whether it returns to normal before or after confirmation, will flash when the confirmation button is pressed.
l Subsequent fault signals will all be flat light, and at the same time, the audio control signal will be output to make the audio sound. Press the confirm button to change from flat light to off, and the audio control signal will disappear.
l When the first fault signal returns to normal, use the reset button to restore the alarm to normal.
4XZS—11C
l The wiring method is the same asBStatus and fault alarm are the sameAStatus.
l For the first fault signal, regardless of whether it returns to normal or not, press the confirm button to change from flashing to flat light, and the audio control signal disappears.
l Subsequent fault signals are the sameBStatus.
5XZS—11D
l The wiring method is the same asBStatus and fault alarm are the sameAStatus.
l After the fault signal returns to normal, the alarm still remains flat, and a reset button is needed to restore the alarm to normal.
6XZS—11E
l When a fault signal is input, the alarm emits a fast flash (twice as fast as usual) and outputs an audio control signal to make the speaker sound an alarm.
l Press the confirm button, the flash changes to flat light, and the audio control signal disappears.
l Whether before or after confirmation, if the fault signal returns to normal, the alarm will flash slowly (twice as slowly as when the fault alarm was triggered), indicating that the fault signal has returned to normal. simultaneous output A high-level control signal controls another speaker to emit a tone different from the alarm sound, serving as a ringback tone.
l After the fault signal returns to normal, use the reset button to restore the alarm to normal.
7XZS—11F
l The wiring method is the same asBStatus and fault alarm are the sameAStatus.
l For the first fault signal, regardless of whether it is confirmed before or after restoration to normal, the alarm will continue to flash, and pressing the confirm button will only eliminate the sound.
l When the subsequent signal is input, the alarm emits a flat light and outputs an audio control signal. Press the confirm button, and the audio control signal disappears while the alarm remains flat.
l After the fault signal returns to normal, use the reset button to restore the alarm to normal.
8XZS—11G
l The wiring method is the same asBStatus.
l The first fault signal is input, and the alarm flashes while outputting the audio control signal. Press the confirm button, and the first alarm changes from flashing to flat light, and the audio control signal disappears.
l When the subsequent fault signal is input, the alarm emits a flat light and outputs an audio control signal. Press the confirm button, and the audio control signal disappears while the alarm remains flat.
l After the fault signal returns to normal, use the reset button to restore the alarm to normal.
9XZS—11H
l The wiring method is the same asBStatus.
l The first fault signal input causes the alarm to flash rapidly (twice as fast as usual) and output an audio control signal. The fault signal returns to normal before or after confirmation, and the alarm keeps flashing. Pressing the confirmation button can only eliminate the sound
l Control signal.
l Subsequent fault signal input, the alarm emits slow flashing and audio control signals. Press the confirm button, the slow flashing light will turn into flat light, and the audio control signal will disappear. The fault signal returns to normal and changes from flat light to off light. Before confirmation, the fault signal has returned to normal, and the alarm keeps flashing and the audio control signal output.
l After the first fault signal returns to normal, use the reset button to restore the alarm to normal.
Note:1, UseB、C、F、GWhen in a state, all terminals must be connected“5”Connected together.
2, UseHWhen in a state, the terminal“5”The number of parallel connected units depends on the number of units that can be controlled by the initial alarm. Among all the parallel units, only one is the first signal, while the others are controlled by the first signal.
4 Structure, installation, and wiring
1The alarm is a panel mounted structure, which can be installed individually or in combination with multiple units, such as dot matrix, dense, and strip type.
2Alarm device according to installation form
The appearance and opening size of a single alarm are shown in the figure1
The appearance and opening size of the alarm device with disc type dense installation method are shown in the figure2
⑶ The appearance of the alarm with dense panel installation is shown in the diagram3Refer to the diagram for the opening4The series dimensions are shown in Table 1, and the dimensions not listed in the table are calculated according to the formula.
The appearance of the alarm installed in a row is shown in the diagram5Refer to the diagram for the opening4The series dimensions are shown in Table 2, and dimensions not listed in the table can be calculated using formulas.
⑸ The appearance of the dot matrix installation alarm is shown in the diagram6Refer to the diagram for the opening4The series dimensions are shown in Table 3, and dimensions not listed in the table can be calculated using formulas.
Series size of alarm with panel dense installation
H=40×A+35×2 L=80×B+35×2
H1=40×A L1=80×B
H2=H-40 L2=L-40
Column mounted alarm series dimensions
H=40×A+(A-1)×20+35×2 L=80×B+35×2
H1=40×A+(A-1)×20 L1=80×B
H2=H-40 L2=L-40
Dot matrix installation alarm series dimensions
H=40×A+(A-1)×20+35×2 L=80×B+(B-1)×10+35×2
H1=40×A+(A-1)×20 L1=80×B+(B-1)×10
H2=H-40 L2=L-40
1external wiring
picture1、XZS—10A、10BExternal wiring diagram (single alarm)
picture2、XZS—10A、10BExternal wiring diagram (for multiple alarm systems)
external wiring：
picture1、XZS—10（AStatus)
picture2、XZS—11A（AStatus)
Figure 3XZS—11B、C、D、F、G、H
（B、C、D、F、G、HStatus)
picture4、XZS—11E（EStatus)
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