Bosch Appliances MIC612 Image Stabilization, Pre-position Tour, Setting the Azimuth Zero Point

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64 en Advanced FeaturesMIC612 Thermal Camera

10.3

Image Stabilization

 

Image Stabilization becomes increasingly important as zoom ranges are extended. The

 

advanced image stabilization algorithms of the MIC612 eliminate camera shake for

 

exceptional image clarity. Bosch achieves this clarity without reducing camera sensitivity or

 

picture quality. To activate image stabilization, open the Main menu, select the Camera Setup

 

menu, and then select Stabilization to turn on the feature.

10.4

Pre-position Tour

 

The MIC612 features (2) preset tours. Each preset scene is saved for playback later.

 

Tour 1 is a standard tour that only recalls the scenes in the exact sequence they were shot.

 

Scenes can be added or deleted on the tour, but the sequence cannot be changed. To add or

 

remove scenes on Tour 1 enter the keyboard command SHOT-900-ENTERand follow the on-

 

screen instructions.

 

Tour 2 is a customizable tour that allows you to rearrange the sequence of scenes on the tour

 

by inserting and deleting scenes. To enter the Edit Tour 2 menu, enter the keyboard command

 

SET-900-ENTERand follow the on-screen instructions.

10.5

Azimuth, Elevation, and Compass Directions

 

 

The MIC612 allows a user to display the azimuth and elevation position, and the compass

 

 

heading of the camera. The MIC612 displays the position data in the lower-right corner of the

 

 

image display. These readings are described as:

 

 

Azimuth The pan angle from zero to 359 degrees in one degree increments. An azimuth of

 

 

 

zero degrees corresponds to North.

 

 

Elevation The tilt position from zero (horizon) to –90 degrees (camera pointing straight

 

 

 

down) in one degree increments.

 

 

Compass The cardinal or intercardinal (N, NE, E, SE, S, SW, W, NW) heading in which the

 

 

 

camera is pointing.

 

 

The MIC612 uses the azimuth to determine the compass direction. The following table shows

 

 

the azimuth range and its corresponding compass heading:

 

 

 

 

 

 

 

Azimuth Range

Compass Direction

 

 

 

21° to 65°

NE (Northeast)

 

 

 

66° to 110°

E (East)

 

 

 

111° to 155°

SE (Southeast)

 

 

 

156° to 200°

S (South)

 

 

 

201° to 245°

SW (Southwest)

 

 

 

246° to 290°

W (West)

 

 

 

291° to 335°

NW (Northwest)

 

 

 

336° to 20°

N (North)

 

10.5.1

Setting the Azimuth Zero Point

 

 

The installer must calibrate the Azimuth Zero point. The MIC612 uses the Azimuth Zero point,

 

 

usually set to magnetic North, as the zero degree pan position and as the North compass

 

 

heading. The MIC612 then displays the azimuth reading and the compass heading based on

 

 

the number of degrees from the Azimuth Zero point.

 

 

To set the Azimuth Zero point:

 

1.

Determine the North compass heading, then move the camera to that position.

 

2.

Press OFF-90-ENTERto turn off the command lock (if active).

 

3.

Press ON-94-ENTERto set the Azimuth Zero point.

F.01U.249.416 2.0 2012.09

Installation Manual

Bosch Security Systems, Inc.

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Contents MIC612 Thermal Camera Page Table of Contents Common User Commands Advanced FeaturesOn-Screen Display OSD Menus Bosch Protocol On-Screen Display OSD Menus Pelco ProtocolMaintenance and Troubleshooting Keyboard Commands By Number IndexSafety Important Safety InstructionsAbout this Manual Conventions in this ManualMIC612 Thermal Camera Safety en EC Directives Important NoticesCoax grounding FCC ET Ices Information commercial applications FCC and Ices ComplianceInformations FCC ET Ices applications commerciales Bosch Notices Customer Support and ServiceUSA Parts List 2UnpackingAdditional Products Required Additional Tools RequiredInstallation Overview MIC camera mounting positions Upright, InvertedTypical Mounting Arrangements Number DescriptionMounting Positions About Alarm Inputs and Outputs An 8-input alarm card installed in the MIC PSUAlarm Card Number Installed? Alarm Inputs Alarm Outputs 3About the MIC Shielded Composite CableTypical Installation Configurations InstallationMIC-BP4 sold separately Example 2 Configuration with RS-485 protocol connection Overview of Installation StepsFollow these steps in sequence to install the MIC612 camera Mounting the Camera Installing the MIC Power Supply Unit PSU Earth Link on PCB Fuse Ratings3Layout of MIC Power Supply Units PSUs for MIC612 4Installation Instructions Electrical Shock HazardNumber Description PCB Marking Description AUX1 Number Description Cable Gland SizeAUX2 MIC612 Thermal Camera Installation en Power supply. Follow these steps Disconnect the power supply from the power sourceCommissioning the Camera with Heater Option Fitted LED DescriptionFitting the Optional Sunshield MIC612 Bottom half of the sunshield see stepHead is facing up ScrewdriverEstablishing Control of the Camera via Biphase Protocol Getting StartedEstablishing Control of the Camera Establishing Control of the Camera via RS-485 ProtocolPowering On Controlling the CameraBasic Keyboard Operation LCD4Keyboard Commands, Pelco Protocol Keyboard Commands, Bosch ProtocolNavigating the On-Screen Display OSD Menus Special Preset Commands, Pelco Protocol 4Setting the Addresses of the Two Cameras of the MIC612Preset Setting the Address of the Optical Camera via FastAddress FastAddress, Bosch Protocol3FastAddress, Pelco Protocols To set an address for a camera without an addressTo change or clear an address for a camera with an address To set FastAddress with a Pelco KeyboardSetting Passwords Configuring the Camera for Inverted OperationActive Commands in FastAddress Special PasswordsSetup Menu 6On-Screen Display OSD Menus Bosch ProtocolCamera Setup Menu ATWWDR Thermal Camera Setup Menu Lens Setup Menu ManualPTZ Setup Menu Display Setup Menu Display Adjust Camera OSDAzimuth CompassCommunication Setup Menu Communication SetupAutoBaud Baud RateAlarm Setup NoneOutputs Setup Submenu Outputs Setup Submenu ChoicesOutputs OSDRule Setup Submenu Rule SetupRule Setup Submenu Choices Rule # Choices EnabledInput Language MenuOutput Diagnostics Menu BistSecurity Access Ctfid AccessPower Up Events Internal HumidityAlarm Status Submenu Alarm InputAlarm Output Total Time OnOn-Screen Display OSD Menus Pelco Protocol Camera Setup Pelco menu Bosch menu Setup MenuBosch Menu ContinuousPTZ Setup WhiteOutdoor BalanceOther Menus OFFSwitching Video Displaying Thermal Camera TemperatureOperation of the Thermal Camera Flat-Field Correction FFCTriggering Alarms On Detection of Objects Outside of Set Thermal Temperature ThresholdSet the Temperature Threshold Set the Alarm RuleCommon User Commands Setting AutoPan ModeSetting Preset Shots Specifying a Shot or a Sector TitleConfiguring Preposition Tours Programming the Inactivity OperationUsing the Wiper/Washer Recording ToursAdvanced Features 10.1 Alarm Rules10.1.1 Controlling Alarm Rules 10.1.2 Alarm Rule ExamplesExample 2 Advanced Alarm Rule 10.2 Privacy Masking10.5.1 Setting the Azimuth Zero Point 10.3 Image Stabilization10.4 Pre-position Tour 10.5 Azimuth, Elevation, and Compass Directions10.5.2 Displaying Azimuth, Elevation, and Compass Headings 180 / -45 S11Maintenance and Troubleshooting Problem Explanation SolutionKeyboard Commands Bosch Protocol Keyboard Commands By NumberCommands, Optical Camera Zone/Sector Title Menu Enters the Zone Title menu. Refer to Refer to .5 Azimuth, Elevation, Compass Directions,Commands, Thermal Camera 70 en MIC612 Thermal Camera Keyboard Commands Pelco Protocol Keyboard User Action Description CommandEn MIC612 Thermal Camera #-ENTER IndexPre-compensation 39 sharpness 38 shutter White balance En Index MIC612 Thermal Camera Constant focus 41 manual focus 41 spot focus Custom tour PTZShot Zero panPage Page Bosch Security Systems, Inc

MIC612 specifications

The Bosch Appliances MIC612 is an innovative and highly efficient piece of kitchen equipment that enhances the culinary experience for home chefs and professionals alike. Renowned for its quality, Bosch has developed this compact microwave that combines advanced technology with user-friendly features.

One of the standout characteristics of the MIC612 is its sleek design, seamlessly incorporating into various kitchen styles. With its stainless-steel finish, the microwave not only offers aesthetic appeal but also ensures durability and easy maintenance. Its compact size makes it an ideal fit for smaller kitchens or areas where space is limited, while still providing ample cooking capacity.

The MIC612 is equipped with intelligent cooking technology. This includes sensor cooking, which automatically adjusts cooking time and power levels based on moisture detected in the food. This feature simplifies meal preparation by eliminating the need for constant monitoring, ensuring perfectly cooked dishes every time. Additionally, the microwave offers multiple cooking modes, including reheating, defrosting, and cooking with precision.

For those who appreciate convenience, the MIC612 includes pre-programmed settings for common foods like popcorn, pizza, and baked goods. This allows users to enjoy a wide variety of meals with minimal effort. The intuitive control panel and clear digital display enhance the ease of use, enabling quick selection of settings and cooking times.

Safety is a paramount concern for Bosch, and the MIC612 does not disappoint. It features a child safety lock, ensuring that curious little hands cannot accidentally operate the appliance. Moreover, the design incorporates a reliable cooling system to prevent overheating and ensure longevity.

Energy efficiency is another highlight of the Bosch MIC612. It is designed to consume less power compared to traditional microwaves, making it an eco-friendly choice without compromising performance. The combination of cutting-edge technology, thoughtful design, and practical features makes the Bosch Appliances MIC612 a valuable addition to any kitchen, offering versatility and reliability for all cooking needs. Whether reheating leftovers or preparing a fresh meal from scratch, this microwave stands out as a remarkable option for modern culinary tasks.