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- User Guide
Bosch ICP-EZM2 Easy Series User guide
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Bosch ICP-EZM2 Easy Series is an intrusion control panel that offers comprehensive protection for your home or business. With support for up to 32 total input points, you can customize the system to meet your specific needs. The control panel also features 26 supported languages, making it a great choice for international users. With its user-friendly interface and advanced features, the Bosch ICP-EZM2 Easy Series is the perfect solution for your security needs.
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Easy Series Intrusion Control Panel
Release Notes
Release Notes for Firmware Version 2.2
ICP-EZM2
October 2006
1.0 New Features in Firmware
Version 2.2
2.0 Fixed Item from Firmware
Version 1.6 to 2.2
• Support for wLSN devices. Contact your local
Bosch representative for wLSN device availability.
• Support for RPS Version 5.4
Output Activates When Enclosure is Tampered
With: If the EZTS Cover and Wall Tamper Switch is installed and the control panel enclosure is tampered with, the appropriate output activates and the control center announces a tamper message.
• Support for DX2010 Input Expander
• Support for up to 32 total input points
(hard-wired, wireless, or combination)
3.0 Known Issues in Firmware
• Support for 26 languages* (refer to Table 1)
Version 2.2
3.1 Control Panel Issues
Table 1: Supported Languages
Language
Arabic
Bulgarian ICP-EZV2-BGF
Croatian
Voice Module Model Number
ICP-EZV2-ARF
ICP-EZV2-HRF
Czech ICP-EZV2-CSF
Danish
English (UK)
ICP-EZV2-DAF
ICP-EZV2-ENUKF
• Fast Format Using Multiple Report
Destinations: If both report destinations in a route are used (for example, Route 1 Primary and
Route 1 Backup), and you select Fast Format as the format option for one destination, you must
Dutch ICP-EZV2-NLF select Fast Format for the other destination, too.
When using Fast Format, all enabled reporting destinations must include a phone number.
Failure to do so might result in a communication failure.
English (US)
Finnish
ICP-EZV2-ENF
ICP-EZV2-FIF
• Status Announcements during One Button
System Test: To ensure you hear the status of all
Flemish ICP-EZV2-NLBEF tests performed when you press the System Test
French ICP-EZV2-FRF button, leave Expert Programming Item 139 (Verbose
German ICP-EZV2-DEF System Test Enabled) set to 1.
Greek ICP-EZV2-ELF
Hungarian ICP-EZV2-HUF
Italian
Serbian
ICP-EZV2-ITF
ICP-EZV2-SRF
• English SMS Text for “Point,” “Output,” and
“Key Fob”: “Point,” “Output,” and “Key Fob” always appear in English in SMS text messages.
Norwegian ICP-EZV2-NOF
Polish
Portuguese (European) ICP-EZV2-PTF
Romanian
ICP-EZV2-PLF
ICP-EZV2-ROF
Russian ICP-EZV2-RUF
• Enabling Installer Passcode From Control
Center with Master User Passcode: Entering the Master User (User 1) Passcode at the control center does not enable the Installer Passcode, even if Expert Programming Item 142 is set to 1. You should enable the Installer Passcode from the
Slovak ICP-EZV2-SKF
Slovenian ICP-EZV2-SLF
Phone Menu (recommended), or by presenting the Master User Token to the control center.
Spanish (European) ICP-EZV2-ESF
Swedish ICP-EZV2-SVF
Turkish ICP-EZV2-TRF
* Version 2+ of the control panel requires a
Version 2+ voice module. Refer to Table 1 for voice module model numbers.
ICP-EZM2
• Route Attempts on Backup Destination: To ensure the system attempts to send reports using the backup destination, do not set Expert
Programming Item 305 (Route Attepmts) to a value less than three.
• Fire Alarm Not Detected If Preceded By
Unrestored Tamper Condition: If a tamper condition occurs on a fire point and it remains unrestored when a fire alarm condition occurs on the same fire point, the fire alarm condition is not detected. This issue is only valid for a fire point with its circuit style option set to 0 (dual 2.2 kΩ alarm and tamper circuit).
• Wall Tamper Condition Disables Control
Center: If a wall tamper condition occurs on a control center with its wall tamper option enabled, that control center is disabled and can no longer access the system. Use a telephone or a keyswitch to access or control the system.
3.2 Wireless Device Issues
• Shorted Data Bus Wires Cause Missing
Wireless Devices: If wireless devices are missing as a result of shorted wires on the data bus, fix the shorted wires, then remove and reapply all power to the system to restore the missing wireless devices.
• Changing the Batteries in the Key Fob: Only use 3 V lithium coin cell batteries
(Duracell DL2032 or equivalent).
1. Remove the screws from the back of the key fob, and remove the end cover (key ring attached).
2. Remove the old batteries and replace with new batteries.
Ensure that battery polarity is correct.
3. Replace the end cover and screws.
4. Test the key fob by pressing a button.
If the key fob fails to test the system, ensure the batteries are properly installed, or reenroll the key fob into the system (User
Maintenance Menu).
• Tampered Hub Prevents Wireless Network
Configuration: When configuring the wireless network or programming the wireless hub, do not tamper the hub (Address 50 Tamper). Doing so prevents the hub from saving wireless configuration data.
• No Dialer Delay for Key Fob Panic Alarm: The control panel immediately sends a panic alarm report to the central station when the and buttons are simultaneously pressed on the wireless key fob.
• AC Failure Event History Message: If the system announces an AC Failure message with a point or output number, a wireless relay module or siren lost power on its secondary power terminals. If the system announces an AC Failure message without a point or output number, the control panel has an AC failure condition.
• Unexpected Alarm Occurs When Pressing the
Button on the Wireless Key Fob: If there is a faulted Interior point on the system and you press the button on the wireless key fob five consecutive times to arm the system, an unexpected alarm might occur on the faulted
Interior point.
• Removing a Wireless Device from the System:
To properly remove a wireless device from the system, select Option 3 (Delete a Device) from the
Wireless Configuration Menu.
Changing the wireless device’s function setting to 0 (Disabled) does not delete the device from the system.
3.3 RPS Known Issues
• RPS Default Discrepancies (UK only): The defaults for Expert Programming Items 403 (Partial
Close (System On)) and 641 (Output 4 Type) are correct in the control panel, but not in RPS. The correct RPS defaults are as follows:
- Partial Close (System On): Both Routes
- Output 4 Type: Intrusion and Fire
F01U032264B
ICP-EZM2 Release Notes
Page 2 © 2006 Bosch Security Systems, Inc.
3.4.1 User Guide Issue
Incorrect LED Indications for Output Options in
Key Fob LED Status Table: Wireless key fob LED status indications and output option descriptions are listed below for Firmware Version 2.1:
- Green on steady and slow amber flash:
Either or output on or off.
was pressed to turn an
- Red on steady and slow amber flash: Either
or was pressed to turn an output on for two seconds.
3.4.2 Installer Guide Issues
• Arming Beeps/Graduated Annunication
Description Not Accurate: Expert Programming
Item 148 only controls output arming beeps and activation during Entry Delay. It does not affect control center operation.
• One Button Arming Description Not Accurate for EN50131-1 Compliance: For EN50131-1 compliance, a user must always present a token or enter a passcode in order to turn the system on.
For EN countries, do not enable Expert
Programming Item 891 (One Button Arming).
• Installer Passcode Override Enabled
Description Not Accurate: The description for
Expert Programming Item 122 is not accurate. Below are the correct steps to bypass the installer passcode entry prompt:
1. Short the solder pads together for approximately 5 sec.
2. Press [#] three times on the house phone, or press and hold the System Test button for approximately 15 sec.
The system skips the passcode entry prompt and announces the Installer Menu options.
ICP-EZM2
• RPS Connection Descriptions Not Accurate:
The connections methods described in Section 4.6
Remote Programming Software (RPS) are inaccurate.
Below are accurate descriptions.
Automatic
This option is the primary method to use for establishing a connection between RPS and the control panel.
Connect the internal modem on the RPS PC, or an external modem, to the control panel. Refer to
Figure 2.
Manual Dial
1. Either the installer or RPS operator establishes a phone connection between the control panel and RPS:
- The installer dials the RPS phone number using the house phone, or connects a test telephone to the control panel’s test posts,
OR
- From the RPS site, the RPS operator uses a telephone connected in parallel to the
RPS modem and manually dials the house phone number
2. The RPS operator selects Manual Dial as the connection option on the RPS Panel
Communication window.
3. To answer the incoming call, the RPS operator clicks the Connect button on the
RPS Panel Communication window to establish a remote connection between RPS and the control panel. Refer to Figure 1.
Figure 1: RPS Panel Communication Window
© 2006 Bosch Security Systems, Inc.
ICP-EZM2 Release Notes
Page 3 F01U032264B
Modem Dial
The RPS operator uses a telephone connected in parallel to the RPS modem and clicks the
Connect To button in the RPS Panel
Communication Window to dial the premises phone number.
1. Connect the internal modem on the RPS PC, or an external modem, to the control panel.
Refer to Figure 2.
2. When the control panel answers the incoming call, the system announces “Enter your passcode.”
3. When you hear the control panel modem tones, press the Connect To button on the
RPS Panel Communication window.
RPS then sends the DTMF tone to connect to the control panel.
Direct
Select this method to establish a local, on-site connection between the RPS PC (or laptop) and the control panel.
1. On the Telco side of the phone line, ensure that Tip and Ring are disconnected.
2. Connect the internal modem on the RPS PC, or an external modem, to the control panel.
Refer to Figure 2.
If the first communication attempt fails, connect a 270 Ω to 330 Ω, ¼ resistor in series with the Tip House side. Refer to Figure 2.
Figure 2: Internal and External Modem
Connections
3
3
1
2
1- Connection using internal modem
2- Connection using external modem
3- 270
Ω to 330 Ω, ¼ W resistor
(for Direct Connection option only)
© 2006 Bosch Security Systems, Inc. www.boschsecuritysystems.com
F01U032264B
Release Notes
10/06
ICP-EZM2
Page 4 of 4
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