INNCOM International Inc. 202517TXR Benutzerhandbuch
K595 Motion Sensor Datasheet
Overview
The K595 wall mounted passive infrared (PIR) motion detector (Figure 1) adds
occupancy sensing and peripheral-status reporting capability to INNCOM
integrated guestroom control systems. The K595 is designed with a sleek
screwless design that has the same look and feel as the INNCOM MODEVA
system. The K595 can be a key participant in an INNCOM Integrated Room
Automation System (IRAS) Deep Mesh network.
occupancy sensing and peripheral-status reporting capability to INNCOM
integrated guestroom control systems. The K595 is designed with a sleek
screwless design that has the same look and feel as the INNCOM MODEVA
system. The K595 can be a key participant in an INNCOM Integrated Room
Automation System (IRAS) Deep Mesh network.
The K595, in conjunction with auxiliary input, a room controller, and an in-
room communication network, helps determine guestroom occupancy.
Occupancy sensing leads to better management of energy usage and security;
extends heating, ventilation, and air conditioning equipment life; enhances the
overall operating efficiency of the hotel; and improves guest satisfaction.
room communication network, helps determine guestroom occupancy.
Occupancy sensing leads to better management of energy usage and security;
extends heating, ventilation, and air conditioning equipment life; enhances the
overall operating efficiency of the hotel; and improves guest satisfaction.
The K595 can also monitor and report on the status (e.g., open/closed) of other
devices within the guestroom (see Application below).
devices within the guestroom (see Application below).
Features
•
120° view angle
•
Flush screwless magnetic mounting
•
Easy installation
•
No maintenance
•
Long battery life
•
2.4Ghz IEEE 802.15.4 compliant RF transceiver (CC2430 radio core)
•
FCC Part 15b listed
Application
The K595 microprocessor-controlled PIR detects motion in a guestroom and reports it to the room controller.
Combined with information from other inputs (such as a lanai or window switch or a minibar), guestroom
occupancy can be determined and used for energy control or lighting decisions. Occupancy information may also
be signaled to Housekeeping using the corridor doorbell display or a floor-level terminal. The K595 can provide
an audit trail for Security, and it can be networked to the hotel’s central server.
Combined with information from other inputs (such as a lanai or window switch or a minibar), guestroom
occupancy can be determined and used for energy control or lighting decisions. Occupancy information may also
be signaled to Housekeeping using the corridor doorbell display or a floor-level terminal. The K595 can provide
an audit trail for Security, and it can be networked to the hotel’s central server.
On power up, the K595 will flash the LED for approximately two seconds as it configures itself using settings in
nonvolatile memory (see table below) and transmits a beacon frame (SAC_ALARM_K594_REPORT). The K595
will then go into Operation Mode, where it checks the auxiliary input, the motion detector, and the Bind switch
status. The K595 will process any actions instigated by those checks; after that (or if there is no action), it will
enter a low-power state (Sleep Mode) to conserve battery power. (See also the uCBL Engineering Manual.)
nonvolatile memory (see table below) and transmits a beacon frame (SAC_ALARM_K594_REPORT). The K595
will then go into Operation Mode, where it checks the auxiliary input, the motion detector, and the Bind switch
status. The K595 will process any actions instigated by those checks; after that (or if there is no action), it will
enter a low-power state (Sleep Mode) to conserve battery power. (See also the uCBL Engineering Manual.)
The K595 can also act as a minibar server if the I/O Map is so programmed. For details, see the uCBL Engineering
Manual, Sec. 2.4.2. Factory Default NVM Configuration.
Manual, Sec. 2.4.2. Factory Default NVM Configuration.
Figure 1 K595