Hybrid Security Alarm System User Manual July 22, 2022
Table of Contents 1. INTRODUCTION _________________________________________________________________________ 1 1.1 WHAT’S IN THE BOX ________________________________________________________________ 2 2. PANEL INFORMATION ___________________________________________________________________ 3 2.1. IDENTIFYING THE PARTS _____________________________________________________________ 3 2.2. POWER SUPPLY ___________________________________________________________________ 7 3.
5.13.1. 16 On-board Zones and Zone Expanders (WEZC-8, WEZ Series) ______________________________ 51 5.13.2. Output Expander (WEPC-1) ___________________________________________________________ 56 6. SYSTEM SETTINGS _____________________________________________________________________ 59 6.1. PANEL CONDITION ________________________________________________________________ 59 6.2. PANEL SETTINGS _________________________________________________________________ 62 6.3.
9.4. DEVICE HISTORY ________________________________________________________________ 102 10. APPENDIX ____________________________________________________________________________ 103 10.1. FAULT EVENT DESCRIPTION _______________________________________________________ 103 10.2. CONTROL PANEL MODE AND RESPONSE TABLE _________________________________________ 104 10.3. CROSS ZONE VERIFICATION _______________________________________________________ 106 10.4.
1. Introduction The Hybrid Security Gateway is an IP-based multi-functional RF, optional Z-Wave,and/or ZigBee smart home security gateway with 4G/LTE and optional Wi-Fi capability, plus flexible hardwired and wireless sensor zone options, providing comprehensive solutions, including remote management, home security, live visual monitoring, home automation, environmental emergency monitoring, and energy management and being designed to bring all-round convenience, comfort and safety.
1.1 What’s in the Box Your package includes the following items: Control Panel Open Frame Power Cord An Ethernet Cable Accessories: Velcro tape x4 Jumper Switch x2 Removable Protective Cover x4 U-shaped Grommet x4 5.
2. Panel Information 2.1.
Back Cover (internal view) 4
1 Cover Fixing Screw 2 LED 1 - Area 1 (Green/Red) 3 Learning mode - Green lighting up Walk Test mode - Green flashing Full Arm mode - Red lighting up Home/1/2/3 mode - Red flashing Learning mode - Green lighting up Walk Test mode - Green flashing LED 3 - Status (Orange/Red) 5 Home/1/2/3 mode - Red flashing LED 2 - Area 2 (Green/Red) 4 Full Arm mode - Red lighting up System Fault - Orange lighting up Alarm Trigger – Red flashing Aarm in Memory – Red lighting up Removable Pr
18 Battery Switch Switch to “ON” for the battery to be charged when AC power is connected and serve as a backup power source when AC power is missing. 19 Built-in Power Unit Connector 20 Zone Terminal & 12V Auxiliary Voltage Output Terminal & GND Terminal Zone 1-16 Hardwired Input Zones. 21 4G-LTE External Antenna Terminal For connecting external antenna to the panel. 22 Do not disconnect the internal antenna when connecting the external antenna.
2.2. Power Supply Built-in Power Unit You can use the built-in power unit to connect to the mains power. AC module built-in power unit or Open Frame built-in power unit is installed. Please refer to Using the built-in Power Unit in 3.3 Hardware Installation for more details. Please note: Ensure to turn off all power supplies including Built-in Power Unit and SLA Battery before connecting or removing cables or wires.
3. Getting Started Read this section of the manual to learn how to set up your Control Panel. 3.1. Selecting Mounting Location The Control Panel is designed to be wall mounted and protected against unauthorized case opening or removal from its mounting surface, follow guidelines below when planning installation location: The Control Panel requires the mains power and Ethernet connection.
3.2. Mounting Before installation or any maintenance work, make sure the power supply has been disconnected, and the battery switch has been slid to OFF position. Step 1. Use a flat-head screwdriver to loosen the cover fixing screw to open the top cover. Step 2. Use the 4 mounting holes as a template to mark and drill holes appropriately. Step 3. Use the provided wall plugs for plaster/brick installation. Make sure the wall plugs are flush with the wall.
Step 4. Screw the Control Panel onto the wall. Make sure the Tamper Switch is fully depressed against the wall. Step 5. Take out Velcro tape(s) from the package. Please note: The number of Velcro tape(s) required may vary depending on your battery type and capacity. Step 6. Peel the release film of the tape. Apply it to your battery pack and press firmly for 30 seconds to ensure good contact. Please avoid applying the tape on uneven surface or re-apply it.
Step 9. Close the cover and tighten the cover fixing screw.
3.3. Hardware Installation CAUTION: Before servicing, make sure the AC power has been disconnected, and the battery switch has been slid to OFF position. Step 1. Step 2. For configuration and operation of the Control Panel via Ethernet, connect an Ethernet cable to RJ-45 port. (Optional) Insert a Micro-SIM card with the gold (metal) side facing down, as example shown below. Before inserting the SIM card, please make sure the pin code is deactivated and SMS messages are removed first.
Zone Wiring (Zone 1 -16) The 16 zones can be wired by supervising NC (normally close) or NO (normally open) devices, e.g. PIR sensor, door contact, smoke detector, water sensor, fire sensor, CO sensor, gas detector, heat detector, and glass break detector, etc. Wire gauge: Minimum 20 AWG, maximum 18 AWG. Do not use shielded wire. The hardwired zones support Single-End-of-Line (SEOL),Double-End-of-Line (DEOL)loop configuration, with a value from 1K, 2.2K, 3.74K, 4.7K, 5.6K, 6.8K, 8.
Single-End-of-Line (SEOL) Resistor Wiring The single-end-of-line (SEOL) resistor shall be installed near the wired device at the end of a zone loop to supervise the wiring conditions for NO and NC devices, so the panel can detect alarm and tamper for corresponding devices via the open, secure or shorted circuits. 3. 4. 5. 6.
Triple-End-of-Line (TEOL) Resistor Wiring The triple-end-of-line (TEOL) resistor shall be installed near the wired device at the end of a zone loop to supervise the wiring conditions for NC or NO devices, so the panel can detect alarm, tamper and anti-masking for corresponding devices via the open, secure or shorted circuits. 9. 10.
PGM Wiring The PGM port can be a voltage output port or a dry contact relay output depending on J24 jumper settings. When J24 Jumper Switch is disconnected, PGM port will operate as a dry contact relay output. When the J24 jumper link is inserted connecting the 1st and 2nd pins, the PGM port will provide 12V output. When the J24 jumper link is inserted connecting the 2nd and 3rd pins, the PGM port will provide 0V output. Min/Max operating voltages for devices / detectors is 10VDC -14VDC.
Wired Zone Expansion Hybrid Security Alarm System is compatible with HWC-1 Wireless Converter. One HWC-1 can add 9 wired zones to the Control Panel. Bell Wiring Be sure to observe polarity when connecting polarized sirens or bells. Min/Max operating voltages for devices / detectors is 10VDC -14VDC. The total current derived from auxiliary output, bells, and PGM ports should not exceed 2A.
Connection between Panel and Keypad/Expansion Board: The keypad or expansion module’s terminal can be hardwired to the Control Panel. To do so, connect the keypad or expansion module’s four terminals to the corresponding terminals on the hybrid panel. - For KPT-35-COMBO, connect the “V”, “G”, “A”, “B” terminals to the corresponding “VDD”, “GND”, “485A”, “485B” terminals on the hybrid panel.
External Power Supply Guideline As the Hybrid Panel may be connected to multiple external devices, be sure to ensure the power supply is adequate for all connected devices. Be noted that the external power supply can be used with expansion board WEZC-8 and WEPC-1, but it cannot connect to the WEZ Series.
Ground Wiring Using an insulated green wire (minimum 22 AWG), connect the EGND terminal and the grounding wire from the building electrical installation. Earth ground connection Ground wire from building electrical installation Battery Installation The Control Panel can support up to two SLA rechargeable battery packs to serve as a backup power source.
Open Frame, connect BROWN wire of the power cord to Terminal L of the built-in Power Unit, and connect BLUE wire to Terminal N. Please refer to two figures below. Note: Ensure to turn off all power supplies including Built-in Power Unit and SLA Battery before connecting or removing cables or wires.
Open Frame built-in Power Unit: 22
Caution: Wiring of the Hybrid Alarm System should only be performed by certified technician with proper knowledge and training in electric equipment. Before installation or any maintenance work, make sure the power supply has been disconnected. Do not connect the devices to loads exceeding supported load current. Do not connect the battery or the built-in power unit until all wiring is complete. The control panel enclosure must be secured to the wall before operation.
3.4. Software Installation ※ THIS INSTALLATION IS ONLY REQUIRED FOR FIRST TIME USER ※ 1. RUNNING THE FINDER SOFTWARE The Finder software is required for your computer to identify the control panel on the LAN. Step 1. To download Finder software, open your browser and type below URL in the address bar: http://www.climax.com.tw/climax-download-finder.html. Step 2. After download, install the software and follow on-screen instructions to complete installation. Step 3.
Step 6. If the panel information is not displayed, check panel power and Ethernet connection and click on “Search” to update the panel information. Step 7.
The LanType is default to DHCP and does not require manual input of IP/Netmask/Gateawy/DNS setting. If you wish to configure these setting manually, change LanType to Static. After finish changing network setting, enter the user name (default: admin) and password (default: cX+HsA*7F1) then click OK to confirm. The user name and password can be changed later in panel configuration webpage Step 8.
4. Connection to Panel Webpage For first time setup, webpage connection is only available within 1 hour after the panel is powered on; if the panel has been powered on for more than 1 hour. Webpage access will be disabled. Reboot the panel to enable webpage function again. Step 1. Select the Control Panel in the Finder software and click on “Open Webpage” to connect to panel webpage. Alternatively, enter the Control Panel IP address displayed in Finder into your browser’s address section and proceed.
5. Device Management The Device Management section allows you to learn in, edit, control and view all available accessory devices that can be included in the Panel. 5.1. Learning of Devices Use this function to add new devices into the Control Panel. The following types of accessory devices are supported: RF device: All Climax RF devices are supported. (For ZigBee only model, RF devices are not supported.) ZigBee device: All ZigBee device with ZigBee Home Automation 1.2 profile are supported.
It takes 5-10 seconds for the Control Panel to receive a learn code from ZigBee or Shutter Control Sensor. Step 5. Click “Add” to include selected device into panel. If the sensor you wish to learn into already exists in the system, the sensor information will be displayed in the Learned Device section. If not, the sensor information will be displayed in the Detected Device section.
Step 2. Press the test or learn button on each device to transmit signal, refer to device manual for detail. Step 3. When the Control Panel receives signal from device, it will emit 2 beeps to confirm. The device will be included in the panel automatically. Step 4. After finishing learning all devices, press the button once. The Control Panel will emit 2 short beeps to indicate it has returned to normal operation mode. LED 1 & 2 will dim.
Step 4. Edit your device setting and information according to instruction below. Click “OK” to save your new changes when finished. Alternatively, click “Default” to reset all parameters to default values or click “Reset” to re-enter all the information. Name: Enter a name for the device. Area: Select the area which the device belongs to. Zone: Select the Device zone number. Attribute List: The attribute list determines panel behaviour when the panel receives trigger signal from the device.
This function ONLY applies to Remote Control or Door Contact with Set/Unset attribute enabled. Latch Report ON: When the device is used to change systm arm mode, the Control Panel will report the arm/disarm action by the particular device. Latch Report OFF: When the device is used to change systm arm mode, the Control Panel will not report the arm/disarm action by the particular device. Set/Unset This function is for Door Contact only. This function allows Door Contact to control system mode.
When the system is in Full Arm or Home Arm mode mode, if a sensor set to Burglar Follow is triggered, the Control Panel will report a burglar alarm immediately. When a Start Entry sensor is triggered and the system is under Entry Delay Timer countdown, if a sensor set to Burglar Follow is triggered, the Control Panel will wait until the Entry Delay Timer expires before activating a burglar alarm. If the system is disarmed before the timer expires, the Control Panel will not activate alarm.
A sensor set to 24HR attribute will ignore Disarm, Full Arm, Home are and Exit response setting. The panel will activate selected alarm when this sensor is triggered regardless of system mode under any time. Some devices have their own unique functions and will have its own attribute setting which is not listed in this section. Please refer to the device manual for its setting detail. 5.1.4. Delete Devices Step 1. To delete a sensor, click “Delete” under “Device List” Step 2.
Step 3. Click on “Start” to enter learning mode. Step 4. Click “Add” to include expansion board into panel. Step 5. If expansion board is successfully learnt into the system, the added device will be displayed in the “Learned Device” section. The Device Type will be shown as “Expander”. For details on how to program wired zones, please refer to 5.13. Wired Zones Programming.
5.2. ONVIF IP Camera Discovery You can learn-in the ONVIF IP Camera into you alarm system by connecting the IP Camera to the same local LAN of the Control Panel. This function is only available for integrating specific ONVIF IP Cameras. The server and the platform of the camera must support this function. See Dahua and Hikvision Learn-in Setting Quick Guide for detailed information. Step 1. Connect IP Camera to the same LAN of Control Panel. Step 2.
5.3. Add RF Device You can add RF devices into the system by entering its RF code into the system with Add RF Device function. Step 1. Click Add RF Device. Step 2. Select Area and Zone number for the device you wish to add into system. Step 3. Enter the device RF code, and preferred device name (up to 31 characters) Step 4. Press “OK” to save Step 5. If the RF code you entered is valid, the device will be added into the system according to the Area and Zone number.
5.4. Learn Rule You can enter the sensor RF code or ZigBee MAC address manually to assign area and zone number to this sensor. Sensors learned with pre-assigned rule will be put under the area and zone number you specified. This function does not work with Shutter Control devices and DECT device. Step 1. Click Learn Rule. Step 2. You will see the Add Learn Rule menu. Step 3. Select Area and Zone number for this device. Step 4. Select RF or ZigBee. Step 5.
Step 11. Learn in the sensors you have entered rules for according to 5.1.1 Add Sensor. Learn rule function is only used to pre-assign area and zone number to sensors before learning. To add senor to control panel, you still need to follow the instruction in 5.1.1 Add Sensor to complete the learning process. Backup Device List to Learn Rule You can choose to import learn rule from current learnt in ZigBee devices Step 1. Click “Backup Device List to Learn Rule”. Step 2. Click OK to confirm.
5.5. Walk Test This is to test the sensor operation range for installation purpose. Step 1. Click “Start” to enter Walk Test mode. Step 2. Press the test button on the sensor(s) or any button on the Remote Controller or triggering the sensor. Step 3. When the Control Panel receives a signal, it will show as below and a 2-tone beep will be heard to indicate that it is safe to install the particular sensor in the location.
5.6. Exclusion This feature is only available for Shutter Control modules only, or when a Shutter Control dongle is inserted into the Control Panel. This feature is for you to remove Shutter Control device only. Step 1. Click on “Exclusion” and click on “Start” to start the procedure. Then the Panel will enter the removing mode. Step 2. Refer to the Shutter Control device manual to transmit signal. Step 3.
5.7. Shutter Control Tool The Shutter Control Tool is used to reset Shutter Control module to factory default and remove all Shutter Control devices, or change routing setting. Step 1. Click ”Shutter Control Factory Reset”, the Shutter Control module is reset to factory default and all Shutter Control devices will be removed automatically. The Control Panel Home ID will also be changed automatically for a newly added Shutter Control device to recognize. Step 2.
5.8. PSS Control This feature is designed to control/edit/delete Power Switches included in the panel. Click Edit to edit attributes of power switches. Click Delete to remove power switch from panel. Click Switch On/Switch Off to turn on/off power switches. Or click Switch Toggle to toggle between on/off status. For Power Switch Dimmer, you can also set its power output level with the slide down menu.
5.9. UPIC Control UPIC Control webpage allows you to control UPIC IR Transmitter included in Control Panel. Transmit IR Signal Depending on the UPIC model number, select the function to be performed in the drop down menu, then click “Setup UPIC” for the UPIC to transmit IR Signal. UPIC5 LED Setup (UPIC5 only) UPIC5 has 6 IR LEDs, a central one and 5 surrounding ones.
5.10. Surveillance The PIR Camera/Video Cameras and IP Cameras are listed under Surveillance for separate control. Click Edit to edit camera attributes. Click Delete to remove device from panel.
5.11. Group Control This feature is designed for you to edit a name of group, switch on or off a group of Power Switches. You can also assign Power Switches to groups you desire. 5.11.1. Group Control/Edit Step 1. Specify a new name for a group. Step 2. Click Switch On or Switch Off to turn on or off one group of power switches. 5.11.2 Device Edit/Delete Step 1. Check on the groups you wish to assign the Power Switch. This is a multiple-choice field and you can assign one Power Switch to multiple groups.
5.12. Sound/Siren Setting The Sound/Siren Setting page includes setting Siren configuration function. 5.12.1. Device Edit/Delete Click Edit to edit the Siren’s attribute, volume and voice settings, or Delete to delete the Siren.
The Device Edit page is only available for the newest BX/Siren series and BX series without DIP Switch. Edit your Siren setting and information accordingly to instruction below. Click “OK” to save your new changes when finished. Alternatively, click “Default” to reset all parameters to default values or click “Reset” to re-enter all the information. Name: Enter a name for the Siren. Area: Select the area which the Siren belongs to. Zone: Select the Siren zone number.
Home arm confirm beep: set the volume of the confirm beep sound of the Siren when Control Panel is put into Home Arm Mode. Disarm confirm beep: set the volume of the confirm beep sound of the Siren when Control Panel is put into Disarm Mode. Exit beeps of full arm: set exit countdown beep volume under Full Arm Mode. Exit beeps of home arm: set exit countdown beep volume under Home Arm Mode. Entry beeps of full arm: set entry countdown beep volume under Full Arm Mode.
5.12.2. RF Siren Setup Tamper On/Off You can enable/disable all RF Sirens tamper protection with this function. Select to turn on or off the sirens tamper function. When turned off, if siren tamper will be enabled again automatically after one hour if not turn on manually during the one hour period.
5.13. Wired Zones Programming 5.13.1. 16 On-board Zones and Zone Expanders (WEZC-8, WEZ Series) Step 1. Click on “Wired Sensors” to enter this page. The 16 on-board zone setting page is displayed as below. Step 2. If an expander module (WEC-8 or WEZ series) is added, you will see Expanders at the bottom of the page. Click “Edit” at the end of the expander’s entry to access wire zone programming. Step 3. Edit the type of the wired sensor, zone wiring, and the EOL resistance for each zone.
Resistor: Select the resistance for the zone wiring. Status: The status of each zone—Restore, Tamper, or Trigger—will be shown in this field. Step 4. Click “OK” to save changes when finished. Alternatively, click “Reset” to re-enter all the information.
Step 5. If the process is successful, the screen will display “Updated Successfully.” The sensor will be assigned to specific area and zone. To edit the device setting or information, click “Edit” at the end of device entry. Step 6. You will enter Device Edit webpage. Step 7. Edit your device setting and information according to instruction below. Click “OK” to save changes when finished.
situation. However, its fault situation will still be monitored, logged and displayed in the webpage. Latch report This function ONLY applies to Remote Control or Door Contact with Set/Unset attribute enabled. Latch Report ON: When the device is used to change systm arm mode, the Control Panel will report the arm/disarm action by the particular device.
Burglar Follow When the system is in Full Arm or Home Arm mode mode, if a sensor set to Burglar Follow is triggered, the Control Panel will report a burglar alarm immediately. When a Start Entry sensor is triggered and the system is under Entry Delay Timer countdown, if a sensor set to Burglar Follow is triggered, the Control Panel will wait until the Entry Delay Timer expires before activating a burglar alarm.
A sensor set to 24HR attribute will ignore Disarm, Full Arm, Home are and Exit response setting. The panel will activate selected alarm when this sensor is triggered regardless of system mode under any time. Some devices have their own unique functions and will have its own attribute setting which is not listed in this section. Please refer to the device manual for its setting detail. Step 7.
Step 4. Click “OK” to save changes when finished. Alternatively, click “Reset” to re-enter all the information. Step 5. If the process is successful, the screen will display “Updated Successfully.” The power switch will be assigned to specific area and zone. Step 7. You may edit your device setting and information. Click “Edit” at the end of device entry and click “OK” to save changes when finished.
Step 6. Click on “PSS Control” under Device Management, and you will enter Power Switch Sensor webpage. Under this page, you may switch on or off the power switch of each zone.
6. System Settings After the initial set-up, you can then program your system by clicking on the left menu to set them individually. 6.1. Panel Condition In the Panel Section, user can arm, disarm or partially arm the system. Besides, it displays the current Panel Status & Device Information. Panel Control Select a choice to arm, disarm or partially arm the system. Panel Status The Control Panel will update the panel status periodically.
AC activation: To check whether AC power is connected. If not, it will show “AC Failure”. Background RSSI: RSSI value is for you to check the RF environment around the Control Panel. It ranges from 0 to 9, where 0 refers to the weakest and 9 refers to the strongest background noise. Therefore, the lower the RSSI value, the better the environment. Test System The function is designed to send a command to sever over the polling or XMPP protocol.
values will be kept without any change. Note The function is designed for installer to make a note for each control panel. The note you make here can be delivered to a server over XMPP or polling protocol.
