Overview
▪ This monitor is designed in accordance with GB29364-2012 "Fire door monitor".
▪ The equipment automatically logs into the system, greatly facilitating system commissioning and daily maintenance.
▪ The event history can be retrieved by type. Up to 20,000 records are logged for each event.
▪ Flexible control matrix programming, multiple forms of compound logic programming settings.
▪ Real-time clock.
▪ One mini-printer interface.
▪ One serial interface for LCD display.
▪ One CAN bus interface for primary-standby networking.
▪ Two RS-485 interfaces for external fire alarm signal input and display unit.
▪ Two circuit bus interfaces, connected to external two-bus terminals.
▪ One USB interface, used for computer input or reading configuration data of the fire door monitor;
▪ The equipment automatically logs into the system, greatly facilitating system commissioning and daily maintenance.
▪ The event history can be retrieved by type. Up to 20,000 records are logged for each event.
▪ Flexible control matrix programming, multiple forms of compound logic programming settings.
▪ Real-time clock.
▪ One mini-printer interface.
▪ One serial interface for LCD display.
▪ One CAN bus interface for primary-standby networking.
▪ Two RS-485 interfaces for external fire alarm signal input and display unit.
▪ Two circuit bus interfaces, connected to external two-bus terminals.
▪ One USB interface, used for computer input or reading configuration data of the fire door monitor;
Technical parameter table
Models and specifications | TY-MK-300 |
Outline dimensions | 350mm×550mm×125mm(W × H × D) |
Main power supply | AC220V±10% 50±1%Hz |
DC backup power supply | DC24V |
Static power consumption | ≤30W |
Standby power supply | TY-LFP-25.6V4Ah (lithium battery model) |
Number of batteries | One |
Unit capacity | Two circuits, up to 400 mA load for each |
Networking mode | The system can be composed of a maximum of 64 fire door monitors to form a monitoring network system |
Ambient temperature | 0~40°C |
Relative humidity | ≤ 95% (40°C), without condensation |