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kdc-mp202 wiring diagram

The Audi allroad quattro with additional shift stage Self ... - Volkspage

Contents Page allroad quattro Design features/vehicle design ............................................. 4 Engine .....................................................................................11 Gearbox ..................................................................................20 Technical data and dimensions ........................................... 22 Running gear ........................................................................ 24 Bodywork and electronics ................................................... 30 Poor surface measures ......................................................... 32 Power flow in the drive train ............................................... 34 quattro drive .......................................................................... 35 Clutch actuation ................................................................... 36 Additional shift stage System overview ................................................................... Operation ............................................................................... Additional shift stage design construction ........................ Power flow ............................................................................. Electrohydraulic control ...................................................... Diagram of hydraulic system .............................................. Hydraulic regulator ............................................................... Shift positions/shift process ............................................... Error functions ...................................................................... Electronic control ................................................................. Travel sensor system ............................................................ Sensors .................................................................................. CAN information exchange ................................................. Interfaces ............................................................................... ESP in the Audi allroad quattro............................................ Function diagram ..................................................................

Z-Fi QS - Bazzaz
by henry 0 Comments favorite 20 Viewed Download 0 Times

2006-2012 Triumph Daytona 675 / 2007-2012 Triumph Street Triple Z-Fi TC / Z-FI QS INSTALLATION INSTRUCTIONS P/N’s T540S, T540R, S540S, S540R When using stock rear sets on this application, standard shift pattern is the only option. Running reverse shift requires after market rear sets. WARNING! USE ONLY IN RACE OR OTHER CLOSED COURSE APPLICATIONS AND NEVER ON PUBLIC ROADS Z-Fi products do not meet California CARB highway requirements Z-Fi TC/QS CONTROL UNIT FUEL HARNESS COIL HARNESS SHIFT SWITCH & MOUNTING HARDWARE DOWNLOAD Z-Fi MAPPER SOFTWARE & ITS INSTRUCTIONS FROM WEBSITE USB CABLE SCOTCHLOK SWINGARM STICKERS 1 4 5 6 7 8 2 3 (1) MAP SELECT (2) ZAFM CONNECTOR (3) SWITCHED POWER (RED TAG) (4) INJECTOR CONNECTORS (YELLOW TAG IS CYL 1) (5) GEAR POSITION SENSOR (6) THROTTLE POSTION SENSOR (7) CRANK POSITION SENSOR (8) GROUND LUG Read through all instructions before beginning installation. This is not a replacement for the ECU. Note: Upon installing the system verify you have selected the proper map to correspond to your model. The control unit supplied with this kit has been pre-programmed with two fuel maps. Map 1 is intended for use on the Dayton 675 & map 2 for the Street Triple. 15330 Fairfield Ranch Rd, Unit E, Chino Hills, CA 91709 (909)597-8300 Fax (909)597-5580 www.Bazzaz.net WE STRONGLY SUGGEST THAT AN EXPERIENCED TECHNICIAN INSTALL THIS BAZZAZ PRODUCT 1. Remove following components: Rider and passenger seats, fuel tank, air box and the tail section fairing. 2. Place the control unit in the rear tail section area, securing unit with supplied Velcro. (Photo 1) Photo 1 NOTE: If installing on a Street Triple, modification of the plastic tray in the tail section of the bike is necessary in order to mount control unit. Cut-out of plastic tray in order to fit control unit 3. Connect main connector on the Bazzaz fuel harness to the control unit. Then route harness on the right side of the bike from the rear toward the engine. (refer to photo 1) 4. Locate the Throttle Position Sensor (TPS) connector (found on the right side of throttle bodies) and install the mating TPS connectors of the Bazzaz harness inline with the TPS sensor connector and stock wiring harness connector. (Photo 2) TPS sensor connector Bazzaz TPS connectors Stock harness TPS connector Injector Bazzaz harness connectors Stock Harness INJ connector Photo 2 5. Install the Bazzaz harness inline with the three injectors and stock harness connectors. (Photo 3) Inj 1 Inj 2 Inj 3 WARNING! Make sure that the Z-Fi harness injector male pins make proper contact with the stock harness Photo 3 6. Locate the Gear Position Sensor (GPS) and Crank Position Sensor (CPS) connectors (found near the left side frame rail within engine compartment). Install corresponding Bazzaz connectors inline with the sensor connectors and stock harness connectors. (Photo 4) Stock CPS connectors Stock GPS connectors Bazzaz GPS connectors Bazzaz CPS connectors Photo 4 7. Locate the tail light connector (found in the left rear tail section area under passenger seat). Crimp a supplied scotchlok connector onto the yellow wire. Insert the T-Tap with red wire labeled “Power”. (Photo 5) Photo 5 8. Locate the stock chassis ground and attach the Bazzaz ground lug. (Photo 6) Photo 6 9. The installation of the engine management system requires disconnecting the stock 02 sensor. A supplied 02 eliminator must be connected in place of the 02 sensor connector to avoid triggering a fault code (F1 light). (Photo 7) Bazzaz O2 eliminator Note: Secure the 02 sensor wires with cable ties clear of any moving, hot mechanical components.

Fiber Optic patch cords provide greater bandwidth, quicker speeds, better security

http://www.precisionfiberproducts.com/patch-cords-cable-assemblies/ | Fiber optic patch cords provide a vital component of telecommunications and other electronic equipment. Fiber optic cords have several advantages over traditional wiring, including more bandwidth and faster transmission.

Process Modeling Notations and Workflow Patterns - Object ...

The research work of Wil van der Aalst, Arthur ter Hofstede, Bartek Kiepuszewski, and Alistair Barros has resulted in the identification of 21 patterns that describe the behavior of business processes. The rationale for the development of the patterns was to describe the potential capabilities that a workflow server may have during the performance of business processes. The patterns range from very simple to very complex and cover the behaviors that can be captured within most business process models. The researchers have developed a web site1 that contains descriptions and examples of these patterns, plus supporting papers and evaluations of how workflow products support the patterns. The purpose of this paper is to examine how two modeling notations, the BPMN Business Process Diagram from BPMI, and the UML 2.0 Activity Diagram from the OMG, can graphically represent the workflow patterns. For each of pattern, there will be a comparison of the two notations about how well they handled the pattern. The focus of the comparison will be both technical and how visually intuitive each notation represents the pattern.

Balancing it All: Recognizing and treating hypoglycemia

Recognizing and Treating Hypoglycemia The following diagram represents the actions of food, insulin and exercise on blood glucose values. Understanding the effects of these on blood glucose values will help you to learn to think like a pancreas, and balance blood glucose levels. Insulin exercise glucose food hormones Insulin and exercise lower the blood glucose, food raises the blood glucose. Now that you have mastered the diabetes basics: insulin therapy, blood glucose monitoring, and constant carbohydrate diet, you are ready to use these skills to balance the blood glucose levels, just as the pancreas would do. Food Exercise Insulin Balance 80-150 Balancing Hypoglycemia What is Hypoglycemia? Hypoglycemia (also called insulin reaction, or low blood sugar) occurs when the blood glucose falls below 70 mg/dl. Symptoms may also be noticed when there is a rapid decrease in the level of blood glucose, even if not low. Low blood glucose is usually caused by: ♦ missed or delayed meal or snack ♦ excessive activity without an additional snack ♦ too much insulin, or incorrect insulin dose administered What are the signs of an insulin reaction? The early signs of an insulin reaction are caused by adrenaline. Later signs are caused by ‘brain hunger’ as the brain cannot function well without a steady supply of glucose. Signs of Hypoglycemia include: Feeling Faint ‘Drunken” behavior Dizzy laughing Nervous irritability or crying Shaky confused Weak inability to concentrate Pale aggressive Hungry Blurred vision Sweating Stomachache Drowsy Headache Fatigue Nightmares Dilated Pupils Convulsions or seizures Leg cramps Unconsciousness

HW2 Soln
by cutdun 0 Comments favorite 11 Viewed Download 0 Times

Given: A pool with 3 m by 4 m cross-section, whith water discharged through a 5-cm diameter orifice at 5 m/s. Water is being pumped into the pool so that the level in the pool is rises by 1.5 cm/min. Find: rate of water being supplied to the pool. Solution: This is a mass-balance problem: [rate of water coming in] – [rate of water going out] = [rate of change in mass]. If we assume that the water is incompressible (the density of water doesn’t change), then you can translate this into conservation of volume. [rate of volume coming in] – [rate of volume going out] = [rate of change in volume]. [rate of volume coming in] = [rate of change in volume] + [rate of volume going out] = [0.015 m/min × 1 min/60 sec × 3 m × 4 m] + [π×0.025² m² × 5 m/s] = 0.003 m³/s + 0.00982 m3/s = 0.0128 m3 /s 4-11 1st Law for Closed System Given: A 20 L radiator filled with superheated vapor at 300 kPa and 250 °C, with both inlet and exit valves closed. The radiator releases heat to the room, and pressure drops to 100 kPa. Find: Amount of heat transferred to the room. Draw the process on P-v diagram. Solution: At initial state, we have superheated vapor at 300 kPa and 250 °C. From Table A-6, we read off: v1 = 0.7964 m3/kg, u1 = 2728.7 kJ/kg. The mass in the radiator can be found by: m = V/v1 = 0.02 m3/0.7964 = 0.02511 kg. At the final state, the volume remains the same, so we have v2 = v1 = 0.7964 m3/kg, and P2 = 100 kPa. At 100 kPa, this falls between vf and vg, so we have a saturated mixture. From Table A-5, we read off vf = 0.001043 m3/kg, vg = 1.6940 m3/kg, uf = 417.36 kJ/kg, and ufg = 2088.7 kJ/kg. x2 = (v2 – vf )/(vg – vf ) = (0.7964 – 0.001043)/(1.6940 – 0.001043) = 0.4698. u2 = uf + x2 ufg = 417.36 + 0.4698(2088.7) = 1397.62 kJ/kg. The amount of heat transfer is calculated from the First Law. Since ∆KE = ∆PE = 0, and 1W2 = 0 (no change in volume), we have:...

TELEPORTER V3 RTF FPV KIT USER MANUAL Revision A 07/13 ...

Contents Product contents ..................................................................................................... 3 Controls Diagram .................................................................................................... 4 Controls ................................................................................................................... 5 Downlink Overview (Camera, TX, Power) ............................................................... 5 Transmitter .......................................................................................................... 6 720p HD Pilot Camera......................................................................................... 6 Power (via discharge filter supply) ....................................................................... 7 AV in/out Port .......................................................................................................... 7 Recording Video .................................................................................................. 7 Using an external receiver: .................................................................................. 7 Battery Charging ..................................................................................................... 7 Accessories ............................................................................................................. 8 Diopter lens ......................................................................................................... 8 SpiroNET Circular Polarized Antenna ................................................................. 8 Specifications .......................................................................................................... 9 Headset Specifications ........................................................................................ 9 Camera Specifications:...................................................................................... 10 Transmitter Specifications: ................................................................................ 10 Downlink Kit....................................................................................................... 10 Operational advice ................................................................................................ 11 Trouble shooting .................................................................................................... 12

Getting Started - Support - Panasonic
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Example Network Diagram ..................................................................................... 6 Network Devices and Numbering Plan .................................................................. 7 Network Application................................................................................................... 8 Numbering Plan Example.......................................................................................... 8 Numbering Plan Summary ...................................................................................... 12 Preparations........................................................................................................... 26 Preparing the PC ..................................................................................................... 26 Programming the VoIP Gateway Card in the Los Angeles Office ..................... 29 Starting the IP-GW4 Maintenance Utility ................................................................. 29 Changing the Status of the VoIP Gateway Card...................................................... 31 Assigning the IP Address ........................................................................................ 32 Assigning the Hunt Pattern ...................................................................................... 33 Programming the Address Translation Table ........................................................... 34 Downloading the Address Translation Table from the VoIP Gateway Card ............. 37 Rebooting the VoIP Gateway Card .......................................................................... 38 Confirming the IP Address Assignment................................................................... 39 Programming the VoIP Gateway Card in the Chicago Office ............................ 40 Programming the PBX ..................................................................45 Programming the PBX in the Los Angeles Office .............................................. 46 Programming the PBX in the Chicago Office...................................................... 48 A Guidance for VoIP Installation......................................................51

Quartus II Introduction Using Schematic Designs - FTP - Altera

This tutorial presents an introduction to the Quartus® II CAD system. It gives a general overview of a typical CAD flow for designing circuits that are implemented by using FPGA devices, and shows how this flow is realized in the Quartus II software. The design process is illustrated by giving step-by-step instructions for using the Quartus II software to implement a very simple circuit in an Altera FPGA device. The Quartus II system includes full support for all of the popular methods of entering a description of the desired circuit into a CAD system. This tutorial makes use of the schematic design entry method, in which the user draws a graphical diagram of the circuit. Two other versions of this tutorial are also available, which use the Verilog and VHDL hardware description languages, respectively. The last step in the design process involves configuring the designed circuit in an actual FPGA device. To show how this is done, it is assumed that the user has access to the Altera DE-series Development and Education board connected to a computer that has Quartus II software installed. A reader who does not have access to the DE-series board will still find the tutorial useful to learn how the FPGA programming and configuration task is performed. The screen captures in the tutorial were obtained using the Quartus II version 9.0; if other versions of the software are used, some of the images may be slightly different. Contents:...

Datasheet
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Pin Assignments The ZXRE4041 is a bandgap circuit designed to achieve a precision micropower voltage reference of 1.225 volts. The device is available in the small outline SOT23 surface mount package which is ideal for applications where space saving is important. SOT23 tolerance is available to 0.5% C grade for precision applications. Excellent performance is maintained over the 30 A to 12mA operating current range with a typical temperature coefficient of only 20ppm/°C. The device has been designed to be highly tolerant of capacitive loads so maintaining excellent stability. (Top view) Pin 1 floating or connected to pin 2 This device offers a SOT23 pin for pin compatible alternative to LM4041 voltage references. Features • High performance alternative to LM4041 • Small outline SOT23 • Schematic Diagram 30μA knee current • 20ppm/°C typical temperature coefficient • • • Unconditionally stable 0.5%, 1%, and 2% tolerance Green molding compound (No Br, Sb) Applications • Battery powered equipment • Precision power supplies • Portable instrumentation • • • • • Portable communication devices Notebook and palm top computers Data acquisition systems A/D and D/A converters Test equipment ZXRE4041 Document number: DS32169 Rev. 6 - 2 Application Circuit 1 of 5 www.diodes.com May 2010 © Diodes Incorporated A Product Line of Diodes Incorporated ZXRE4041 Absolute Maximum Ratings (Voltages to GND Unless Otherwise Stated) Parameter Reverse Current Forward Current Operating Temperature Storage Temperature Power Dissipation (TAMB = 25°C)

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