Hunter ICDHP Decoder System User Manual ICD HP Owners Manual
Hunter Industries Inc Decoder System ICD HP Owners Manual
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ICDâHP Handheld Programmer for Hunter ICD Decoders Ownerâs Manual and Operating Instructions Introduction ............................................................................................................................................................................. 3 ICDâHP Components ................................................................................................................................................................ 5 Installing the Batteries ..................................................................................................................................................... 7 Keypad Functions ............................................................................................................................................................. 8 Cable and Lead Connections ............................................................................................................................................ 9 Connecting to a Decoder ................................................................................................................................................. 9 Operations ............................................................................................................................................................................. 11 Main Menu & Navigation ................................................................................................................................................... 11 ICDâHP Setâup................................................................................................................................................................. 12 Decoder Programming Menu ........................................................................................................................................ 13 Decoder Firmware ......................................................................................................................................................... 23 Diagnostics ..................................................................................................................................................................... 25 Troubleshooting ..................................................................................................................................................................... 27 Specifications ......................................................................................................................................................................... 29 FCC Notice .............................................................................................................................................................................. 30 Industry Canada Notice.......................................................................................................................................................... 31 CE & AUSTRALIA NOTICE........................................................................................................................................................ 31 Introduction The ICDâHP Handheld Programmer is an innovative setup, programming, and diagnostic tool for Hunter ICD series decoder products. This instrument can operate and program ICD decoders via wireless induction, through the base of the decoder, with a special programming cup. This allows access to installed decoders, without removing waterproof wire connectors. ICDâHP can also be used for initial setup of new decoders. The included power leads will power a decoder for programming purposes, for installation later. ICDâHP can be used for diagnostic operation and testing of installed decoders, solenoids, and even sensors. ICDâHP can enable new programming options for ICD decoders. It can program any station numbers in any order within a multiâstation decoder, and can âskipâ stations to reserve them for future use. ICDÂHP Components ICDâHP is packaged with required accessories. Item Part Description ---- ICD-HP Programmer 205700 Programming Cup 180504 Programming Cable 6â/2m with connectors 180508 Red and Blue 6â/2m leads ---- Carrying Case ---- 4 x AA batteries The Programming Cable is NOT a standard BNC connector cable, and cannot be replaced with a standard coaxial BNC cable. This item is unique to the ICDâHP programmer. Do not attempt to use the ICDâHP programming cable for any other purpose! Installing the Batteries The ICDâHP programmer operates with 4 x AA batteries. The batteries supplied are not rechargeable! To install batteries: Remove cables and connectors from end of ICDâHP. Pry the yellow flexible yellow boot off the ICDâHP. Turn the ICDâHP over, and remove the 2 screws securing the battery compartment cover with a small screwdriver (either standard or Philips). Insert 4 fresh AA batteries as shown, observing polarity. Replace cover with screws and secure. Replace yellow boot. Keypad Functions 1. Power button. 2. Number buttons, used to enter station numbers and other numeric data. 3. Back button. Returns to previous menu. 4. Plus and Minus (+/â) buttons. Used to change station numbers, and also to turn stations On (+) and Off (â). 5. Arrow buttons. Used to navigate within screens, move pointers, or change outputs on multiâstation decoders. 6. Enter. Used mostly to retry certain functions. 7. Question/Info. Used to switch pages, in some screens. Also used to enter ICDâHP flash mode. 8. Next button. Used to select a menu item and go to the next level. Also used to execute certain commands. Cable and Lead Connections Red Lead Red and Blue Leads: Connect the straight connectors by pushing all the way into the appropriately colored plugs. Programming Cable: Connect either end of the supplied cable to the connector on the ICDâHP. Align connector slots with female connector on programmer, push straight in, and turn 90 degrees until the connector locks into place. Connect the other end of the Programming Cable to the Programming Cup in the same way. Connecting to a Decoder Blue Lead Programming Cable The ICDâHP programmer works with Hunter ICD and later decoders. The ICDâHP programming cup communicates with decoders through wireless induction. The bottom end of the decoder (opposite the end with the wires) is the receiver area for the signals from the programming cup. The entire inside of the cup is within the wireless range, and it is not necessary to press decoders firmly in place, as long as they are within the cup. The programming cup does have pockets for the two different sizes of decoder, and these will help hold the cup and decoder together firmly in field applications. Bench Mode: If the decoder is uninstalled, and not connected to the twoâwire path: Install the red and blue wire leads for the ICDâHP. Connect the programming cup to the ICDâHP. Clip the red and blue leads to the decoder red and blue leads. Place the decoder in the programming cup. Field Mode: If the decoder is installed in the twoâwire path, it is not necessary to disconnect any decoder wiring. Connect the programming cup to the ICDâHP with the programming cable. Wipe mud and dirt off the decoder to prevent wear on the programming cup and interference with the signal. 10 Seat the programming cup over the decoder. The bottom of the decoder (the end with no wires) should be within the programming cup. Verify that the twoâwire path is connected to the controller, and that controller power is on. The decoder will be powered over the twoâwire path, and the red and blue ICDâHP leads will not be necessary. Protect the ICDâHP from sprinkler spray and other water sources! Operations Turn the programmer on with the power button. The logo will appear, and change to the Main Menu in a few seconds. Main Menu & Navigation For the first use, or to change general settings, select ICDâHP Setup. Most menu selections throughout ICDâHP operate with the same buttons. Use the arrow keys to navigate around the screens. Use the + and â buttons to change the choices in settings. Use the Next 3 button to select an option, and go to the next screen. Use the Back 4 button to exit and return to the previous level. In some selections, the Enter button is used to make selections. 11 ICDâHP Setâup LCD Settings: Adjust screen appearance with Contrast, Backlight, and Backlight Timeout controls. Use the arrow buttons to move to the item you wish to change, and press the + or â buttons to adjust the settings. Increasing the contrast and backlight can improve visibility in low light conditions, but will also consume batteries more quickly. The backlight will turn off automatically after a period of no use. The time is selectable under Backlight Timeout controls, or the backlight can be turned off to preserve battery life. Set Languages: Select operating system language of your programmer. Use the up/down arrow keys to set the pointer to your selection. Use the Next 3 button to make the selection, and the display will show the selection. Press the Back 4 button to exit. Set Units of Measure: Change between English and Metric readings (GPM or LPM). Use the up/down arrow keys to set the pointer to your selection. Use the Next 3 button to make the selection, and the display will show the selection. Press the Back 4 button to exit. 12 Current Dec Versions: Shows the current versions of decoder firmware loaded into ICDâHP. If you flash update a decoderâs operating system, this is the version that will be loaded. Decoder Programming Menu Install a decoder with either method in âConnecting to a Decoderâ section. DECODER PROGRAMMING ----------MENU--------Get Decoder Info Program Decoder Get Decoder Status From the Main Menu, use the arrow keys to point to Decoder Programming, and press the Next 3 button. The Decoder Programming Menu will appear. Use the arrows to move the pointer to any function, and press Next 3 to select it. Get Decoder Info will check the decoder and display its current settings. It will not change any of the settings in the decoder. It can be used to identify the station number(s) and other settings of any ICD or later decoder. Dec Type shows if the decoder is a station decoder and the number of stations, or Pump decoder, or Sensor decoder. DECODER INFO ---------------------Dec Type: 2-Station Output #: Station #: 007 Serial #: ######## â/âşChange OUTPUT # Press ? For More DECODER INFO ---------------------Dec Type: 2-Station Pwr Factor: Inrush: Serial #: ######## Version: 1.01.005 Press ? To Return 13 Output #: If the decoder is a multiâstation decoder, the display only shows the station address of one output at a time. Each colorâcoded pair of wires from the decoder is a different output. Press the left and right arrow buttons to move through the different outputs, and view the station numbers for each output. Decoder Info screens multiâpage screens. Press the ? button for More. The second page will show the Power Factor, Inrush setting, and Version of the decoder firmware. Press ? again to return to the first page. Serial numbers are not used to address decoders, except in older Hunter decoder controllers (IDS, Genesis and VSX âVikingâ decoder systems). Serial numbers cannot be changed. 14 Program Decoder will enter the station addresses and other settings of the decoder. Move the pointer with the arrow buttons at the Main Menu screen to Program Decoder and press Next 3. The ICDâHP will check for a decoder. If successful, it will display the Type, Power Factor, and Inrush information for the decoder after a few seconds. Type: Press the + and â buttons to change the decoder type. It is possible to change a station decoder to Pump, to assign it to one of the P/MV (Pump/Master Valve) outputs for the controller. It is best to use a singleâ station decoder for a P/MV output. If a multiâstation decoder is set to Type Pump, the other outputs can no longer be used, and will be wasted. If the Type shown is âSensorâ, the ICDâHP is reading a Sensor Decoder and the Type cannot be changed. Pwr Factor: Power Factor. Default setting is 2 and this is the recommended setting. The Power Factor can be increased for certain high current requirements (such as Pump Start Relays), but this can degrade performance for other stations on the line. Change only when required. PROGRAM A DECODER ---------------------Dec Type: 6-Station Pwr Factor: 2 Inrush: Press 3 To Continue -PROGRAM A DECODER-Output 1: Sta-027 Output 2: Sta-000 Output 3: Sta-000 Output 4: Sta-000 Output 5: Sta-000 Output 6: Sta-000 Press 3 To Program 15 Inrush: This can change the inrush timing for the station or relay when first turning on. Default setting is 3, and this rarely needs to be changed. Consult Hunter Technical Support before changing the Inrush value. Press Next 3 to continue. Assign Station Numbers: The next screen will show the station number assigned to each decoder output. The number of outputs is based on the decoderâs size. A single station decoder (ICDâ100) will only show one output. A twoâstation decoder (ICDâ200) will show two output lines, etc. Use the up and down arrows to move the pointer to each output. Use the number keys to type the controller station number you wish to assign to each output. Or, use the + and â keys to raise and lower the station numbers. -PROGRAM A DECODER-Output 1: Sta-001 If you have already assigned a station number to an output, using the + and â Output 2: Sta-002 buttons to change another output will skip over any station number that has Duplicate Sta-003 Duplicate Sta-003 already been assigned. Example: Output 1 is assigned Staâ007. When setting Output 2, using the +/â buttons will skip 007 and move directly from 006 to 008. If numbers are entered directly from the keypad, it may temporarily permit a duplicate, but this will not be sent to the decoder. If a duplicate station number is entered in a multiâstation decoder, and the Next 3 button is 16 Press 3 To Program Flashing âDuplicateâ shows duplicate station numbersâ change address before programming. pressed, the ICDâHP will refuse to send the program until the duplicate numbers have been changed. The outputs with duplicate numbers will flash âDuplicateâ, alternating with the output numbers. Pump: If the Type was changed to Pump (instead of a station decoder), only Output 1 will be shown. Use + and â to change between P/MVâ1 and P/MVâ2. (P/MV = Pump/Master Valve). Programming: When all settings are made, and outputs are numbered (see Important Notes section), press the Next 3 button to send the station numbers to the decoder. The display will show âProgrammingâŚâ for a short time. If successful, âProgramming Completeâ will appear after the program has been sent. Decoder comm failed: This message indicates that the programming was not successful. Most likely causes are the connections, or the decoder power. Check power leads to the decoder, programming cup cable connections, and verify there is power on the twoâwire path from the controller (if programming in line). Turn Line Power Off, and Back On: After programming or reâprogramming installed decoders, the twoâwire path power must be turned off for 15 seconds, and then back on, for the programming to take effect in the field. The station numbers will be in the decoderâs memory, but the power must be cycled (off/on) to take effect. You can turn off power to the controller, or remove the ADM99 output module from the controller, and then plug it back in after 15 seconds. 17 Important Notes: Outputs may be assigned from 000 to 500. Do not assign a station number higher than the capacity of your controller, or it will not operate! (Example: ACC99D has 99 station capacity. Do not program a station number higher than 99). The ICDâ HP does not know the capacity of your controller. Reserved Stations: It is possible to assign â000â to a decoder output with the ICDâHP. This output will not be used. However, it may be programmed at a later date, to add a new station to a multiâstation decoder. -PROGRAM A DECODER-Output 1: Sta-001 For example, a sixâstation decoder could have output #6 (or any other Output 2: Sta-032 outputs) set to station 000. The 000 outputs would not be operational, but Output 3: Sta-025 could be reserved for future additions. Then the new station number could Output 4: Sta-081 Output 5: Sta-014 be assigned to the reserved 000 output with the ICDâHP. Output 6: Sta-000 Press To Program Do not assign a station 000 unless you wish to skip a station, or reserve one for future expansion. Station number 000 cannot be turned on by a Sample ICDâ600 display with random station controller! numbers and Output 6 held in reserve (000). Stations in Random Order: It is possible to assign any valid station numbers in any order. The ICDâHP can enter any station numbers in a multiâstation decoder in any order. This cannot be done from the controllerâs decoder programming, but is an added feature with ICDâHP. 18 Do not assign duplicate addresses! No decoder controller should have duplicate station numbers, anywhere within the entire system. (This does not apply to station 000, however.) The ICDâHP will not allow duplicate station numbers within a single decoder, but it cannot detect duplicates elsewhere in the system. Sensor Decoder Programming (ICDâSEN) If the decoder in the programming cup is an ICDâSEN sensor decoder, only the address can be set. The Type will be Sensor, and this cannot be changed when a sensor decoder is found. PROGRAM A DECODER ---------------------Dec Type: Sensor Address: Choose an address between 1â5 with the + or â buttons, and press Next 3 to send to the sensor decoder. Turn Line Power Off, and Back On: After programming or reâprogramming installed decoders, the twoâwire path power must be turned off for 15 seconds, and then back on, for the programming to take effect in the field. Other Sensor Decoder set up options are made at the controller, and not from the ICDâHP. Consult controller and/or sensor decoder documentation for complete setup instructions. Get Decoder Status 19 Connect to any decoder to view status, for identification and diagnostics. This can be used with either installed decoders, or disconnected decoders that are powered through the ICDâHP power leads. From the Main Menu, select Decoder Programming with the Next 3 button. Move the pointer with the up/down arrows to Get Decoder Status, and press Next 3 again to select. The ICDâHP will attempt to communicate with the decoder. When a decoder is found, the status will be displayed. Station Decoders: If the decoder is a Station Output decoder, the display will show the following information. Dec State: Can be Normal, Fault, or Damaged. Normal: Decoder is responding correctly. Fault: Decoder output wires are shorted or solenoid coil is shorted. This does not indicate a problem with the decoder! Check field wiring and solenoid. DECODER STATUS ---------------------Dec State: Normal Current: 167mA Output #: 1 2 3 4 5 6 Solenoid: Y Y Y Y Y N Active : Y Y Y Y N N Normal Decoder has 5 solenoids detected, with 4 stations running (Active). Damaged: There is a problem with the decoder, and it should be replaced. Damaged indicates the decoder is âleakingâ voltage on the outputs when it should be off. 20 Decoder comm failed: This may indicate a complete decoder failure, OR the decoder may not be connected or powered properly. Verify ALL connections: ICDâHP to programming cup (both ends) and decoder power. If the decoder is connected in the twoâwire path but the controller power is Off, decoder will not respond. If decoder and ICDâHP are connected correctly, and decoder has power, and Decoder comm failed message appears, decoder is likely defective. Current: Displays electrical current draw of decoder in milliamps. Standby range is approximately 3â5ma. When decoder is active, this value will be higher, depending on number and type of devices connected to decoder output. Total current on a decoder cannot exceed 1000ma. The current display does not change in real time. If a station is started or stopped, run the diagnostic Get Decoder Status again to see the new current draw. Output: The output matrix shows the status of each output of the decoder. The display will show the number of outputs for the size of decoder detected (a single station decoder will only have 1 output). Solenoid: Shows whether a solenoid or similar device is detected on the output (Y=Yes, N=No). The Solenoid status may not change until power has been cycled off/on to the decoder, if a solenoid has just been added to the decoder. Turn off either the controller, or remove the ADM99 decoder output module from the controller, for approximately 15 seconds, and then turn the power back on (or replace the ADM99). Solenoid status will be updated. 21 Active: Shows whether the output is currently turned on (Y=Yes, N=No). Sensor Decoders: If the decoder found during Get Decoder Status is a Sensor Decoder, the display will show the status of each sensor input to the decoderâs Ports, on individual screens. Use the left and right arrows to see each Port (A and B) individually. Clik sensors: The display will show the current state of the Clik input as Closed (normal) or Open (alarmed). Flow sensors: The display will show the type of flow sensor (set from the controller), the size or KâFactor and Offset, and the current actual flow in GPM or LPM (depending on Unit of Measurement settings). The ICDâHP is not used to set or change flow sensor settings. It shows what the controller has sent to the sensor decoder, and displays the current flow. The flow sensor is always connected to Port A of the sensor decoder. Use the left and right arrows to view Port B, which can be used for Clik sensor inputs. The flow reading will update changes in flow live, in the screen display, as 22 SENSOR STATUS # ---------------------Port A Type: Clik State: Closed â/âş To Change Port SENSOR STATUS # ---------------------Port A Type: FLOW Sensor: HFSFCT150 Flow Rate: xxxx.x GPM â/âş To Change Port valves open and close. Decoder Firmware The decoder firmware menu checks, and has the ability to update, a decoderâs operating system (firmware). From the Main Menu, use the up/down arrows to move the pointer to Decoder Firmware, and press Next 3. The display will show two options, Get Decoder Ver and Update Dec Firmware. Get Decoder Ver: Move the pointer to Get Decoder Ver and press Next 3. This will check the decoder, and display the version number. Update Dec Firmware: Move the pointer to Update Dec Firmware and press Next 3. This will display the âLatest Versionâ loaded into the ICDâHP, and display it above the version found in the decoder. If the versions are different, you have the option to load the latest version into the decoder. Note: The âLatest Firmware Versionâ is loaded into the ICDâHP operating system. This can be updated, if new firmware is released, by reâflashing the ICDâHP itself from a computer. The updates will contain both station decoder and sensor decoder firmware versions for the decoders. DECODER UPDATE ---------------------Latest Firmware Version: #.##.### Attached Decoder Version: #.##.### Press 3 To Continue 23 If the version in the decoder is older than the version loaded into the ICDâHP, and you wish to update the decoder, press Next 3. This will show the version of the âbootloaderâ program, which actually loads the firmware into the decoder. DECODER UPDATE ---------------------Update Progress... Press Next 3 again to continue, and the firmware update will begin. A status bar will show the progress of the download. It will take several minutes to update a decoderâs firmware. Do not disconnect the decoder during this update! The firmware update should always be allowed to complete, once it has begun. The update will not erase the decoder output station addresses. If the decoder is used as a Pump, this information will also be retained. DECODER UPDATE If the decoder is a Sensor Decoder, it will automatically receive the Sensor ---------------------!Complete! Decoder firmware, and the address and port settings will be retained. Dec Type: X-Station Station #: ### A status screen will announce when the update is complete, and verify the Serial #: ######## new version number. Version: #.##.### 24 Diagnostics The Diagnostics menu allows operation and test of decoder functions. From the Main Menu, move the pointer to Diagnostics and press Next 3. Turn Station On/Off: The ICDâHP can turn individual station outputs on and off for diagnostic purposes. This function only works with decoders wired into the twoâwire path, and will not operate when powered by the leads from the ICDâHP! TURN STATION ON/OFF ---------------------Output #: Station #: ### Serial #: ######## State: xxx â/âş To Change Output # + On / - Off Connect a decoder with the programming cup. Move the pointer to the Turn Station On/Off, and press Next 3. The ICDâHP will first connect to the decoder, and display the first station output. If the decoder is a multiâstation decoder, use the left and right arrow buttons to move to the station to turn on or off. Press + to turn a station on. The station will run for approximately 1 minute if running alone, or 12 minutes if another station is running from the controller (see Important Note in this section). The State will change from Off to On after a few seconds. 25 If the station is connected to a pressurized valve, the water will turn on. Take care to keep the ICDâHP out of the water from sprinklers. Press â to turn a station off. The station will turn off and the State will change from On to Off after a few seconds. Important Note: The ICDâHP cannot set a run time for a decoder activation. The ACC controller will send an Off command down the twoâwire path once per minute, when no stations are supposed to be running. If you turn a station on with the ICDâHP, this controller command will turn that station back off, within a minute. If longer run times are required for diagnostic purposes, turn another decoder station on from the ACC controller, or with a remote control (ICR, ROAM, or Maintenance Radio). As long as this station is running from the controller, the âoff â command will not be sent every minute. If another station is running from the controller as described, and a station in the field is turned on with the ICDâHP, it will run for approximately 12 minutes, or until it is turned off from the ICDâHP. Get Decoder Status: This allows quick access to the same status matrix for outputs as the Get Decoder Status command from the Decoder Programming menu. This can be used to view the current draw of a solenoid after it has been turned on with the Turn Station On/Off command from the ICDâHP. Turn the station or multiple stations on, then use Get Decoder Status to view the current draw on the decoder. 26 Troubleshooting PROBLEM CAUSES SOLUTIONS ICDâHP will not communicate with decoder. No power to decoder. Check controller power to twoâwire path, or connect power leads to decoder. Stations will not turn on. Decoder Programming cup disconnected. Batteries low. Check battery display or retry with USB power if available. No solenoid connected. Check solenoid connections. Decoder is powered from ICDâHP power leads. Check twoâwire path and controller power. 27 No power on twoâwire path. Master Valve not on (station solenoid is on, but no water). Start station with MV from controller or remote. Decoder will not respond after firmware update. Stuck in bootloader mode. Repeat firmware update steps and allow to complete. Poor battery life. Display backlight will reduce battery life. Reduce timer or turn off backlight display. 28 Specifications Operating Specifications Height: 8.25â/21cm Station Number Range: 001 â 500 (blank outputs are set to â000â) Width: 3.875â/9.8cm Depth: 2.1875â/5.5cm Sensor Decoder Address Range: 001 â 005 Dimensions, Programming Cup Max Cable length to Programming Cup: 6ft/2m Height: 2.375â/6cm Max Range of Induction Signal: 2â/5cm from bottom of programming cup. Width: 2.375â/6cm Electrical Specifications Depth: 2.625â/6.6cm Battery Power: 4 x AA batteries Weight Voltage Limit (red/blue leads): 60VAC, max ICDâHP only: 1.4lbs/.63 kg Dimensions, ICDâHP Complete in Case: 4.8lbs/2.1kg 29 FCC Notice FCC ID: M3UICDHP This device complies with FCC rules Part 15. Operation is subject to the following two conditions: ⢠⢠This device may not cause harmful interference and This device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for class B digital devices, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment on and off, the user is encouraged to try to correct the interference by one or more of the following measures: ⢠Reorient or relocate the receiving antenna ⢠Increase the separation between the equipment and the receiver ⢠Connect the equipment to an outlet on a circuit different from that to which the receiver is connected ⢠Consult the dealer or an experienced radio/TV technician for help The user is cautioned that changes and modification made to the equipment without the approval of the manufacturer could void the userâs authority to operate this equipment. 30 Industry Canada Notice IC: 277AâICDHP Operation is subject to the following two conditions: This device may not cause harmful interference and This device must accept any interference received, including interference that may cause undesired operation. CE & AUSTRALIA NOTICE Hunter Industries hereby declares that this remote control device is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/CE. Declaration of Conformity: We, Hunter Industries Incorporated, 1940 Diamond Street, San Marcos, CA 92078, declare under our own responsibility that the ICD Handheld Programmer, model ICDâHP to which this declaration refers, conforms with the relevant standards: Emissions: ETSI EN 300 330â2 V1.3.1 Immunity: ETSI EN 301 489â1 V1.8.1 ETSI EN 300 330â1 V1.3.1 ETSI EN 301 489â3 V1.4.1 31
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