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Summary of Contents for K-Rain rps612
- Page 1 Outdoor Irrigation Controller STATION MODELS – Available in 6, 9 or 12 stations INDOOR & OUTDOOR MODELS Instruction Manual MAC_RPS612_Instruction_Manual.indd 1 20/03/12 4:43 PM...
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Page 2: Table Of Contents
CONTENTS Introduction Pump Start Relay Connection Single phase pump installation Glossary Master valve installation Key Features Power supply connections Programming Instructions Station (valve) installation Introduction Pump protection (system test) Set automatic program Fault Finding Guide 28-29 Programming example Electrical Characteristics Spare watering planner Electrical outputs General tips for easy programming 7 Programming Servicing the controller Set current time & correct day Spare watering planners 32-33 Set calendar Guarantee Set start times Set watering days 10-11 Set station run times 11-12 Manual Operations Run a single station... -
Page 3: Introduction
INTRODUCTION RPS612 is available in 6, 9 and 12 station configurations. Designed to cover a wide range of applications from residential and commercial turf, to light agriculture, and professional nursery. This controller has a possible 3 separate programs with up to 12 starts per day. The controller has a 7 day watering schedule with individual day selection per program or a 365 calendar for odd/even day watering or selectable interval watering schedules from every day to every 15th day. Individual stations can be allocated to one or all programs and can have a run time of 1 minute to 12 hours 59 minutes or 25 hours if the water budget is set to 200%. K-Rain has always been concerned with sustainable water usage. The controller has many water saving features that can be used to maintain the highest standard of plant quality with the least amount of water consumption. The integrated budget facility allows global changes of run times without affecting programmed run times. This allows for decreasing total water consumption on days of minimal evaporation. MAC_RPS612_Instruction_Manual.indd 1 20/03/12 4:43 PM... -
Page 4: Glossary
GLOSSARY LARGE HIGH CONTRAST LCD LARGE SELECTION DIAL LARGE MENU BUTTONS Displays all programming Navigates through all Easy operation with fast scroll information. programming information. feature for entry and review. QUICK PROGRAM SELCTION KEY The “P” key allows faster program entry and review. INTERFACE FRONT MOUNTED DECAL SENSOR SWITCH TERMINAL COVER ON/OFF switch for easy Easy to remove for access to override easy access. MAC_RPS612_Instruction_Manual.indd 2 20/03/12 4:43 PM... -
Page 5: Key Features
KEY FEATURES 6, 9 & 12 station models. Key lockable housing is suitable for outdoor or indoor installation. 3 programs, each of which has 4 start times. Maximum of 12 start times per day. Station run times from 1 minute to 12 hours & 59 minutes. Selectable watering options: - Individual 7 day selection. - Odd or Even day selection. - Interval watering day selection from every day to every 15th day. Watering budgeting feature allows quick adjustment of the station run times by percentage, from 10% to 200%. Wireless rain gauge input will turn off all stations or selected stations during wet periods, if a K-Rain rain gauge is installed. Permanent memory feature will retain automatic programs during power failures. Standard 9 volt block alkaline battery can be used to program the controller remotely and to maintain the clock. Manual functions: - Run a program or group of programs once. - Run a single station. - Run a test cycle for all stations. - “OFF” position, stops a watering cycle or to stop automatic programs during winter. Pump or master valve input is standard. MAC_RPS612_Instruction_Manual.indd 3 20/03/12 4:43 PM... -
Page 6: Programming Instructions
PROGRAMMING INSTRUCTIONS INTRODUCTION This controller has been designed with 3 separate programs to allow different landscape areas to have their own individual watering schedules. A program is a method of grouping stations (valves) with similar watering requirements to water on the same days. These stations will water in sequential order and on the days selected. Group the stations (valves) which are watering similar landscape areas together. Examples: Turf, flower beds, gardens. These different groups may require individual watering schedules, or programs Plan your watering schedule completing the planner supplied at the back of this book. Set the current time and correct day of the week. If odd or even day watering is going to be used, make sure the current year, month and day of the month is correct. -
Page 7: Programming Example
PROGRAMMING INSTRUCTIONS PROGRAMMING EXAMPLE A typical example of a 9 station system is outlined below as a guide to assist you when planning your watering schedule. In this example all 3 programs are used. The lawn areas are using gear drive sprinklers, the vegetable garden is using drip and the flower beds & pots are being watered with micro sprays. Back lawn Vegetables Back lawn Flower bed Pots in pergola Every Second Notes: MAC_RPS612_Instruction_Manual.indd 5 20/03/12 4:43 PM... -
Page 8: Spare Watering Planner
SPARE WATERING PLANNER MAC_RPS612_Instruction_Manual.indd 6 20/03/12 4:43 PM... -
Page 9: General Tips For Easy Programming
PROGRAMMING This controller has been designed for quick intuitive programming. Remember these simple tips for hassle free programming. 1. Complete the spare watering planner at the back of this book. 2. When setting, one push of the button will increment one unit. 3. Holding one button down will fast scroll through units. 4. During the programming, only flashing units are able to be set. 5. Adjust flashing units using the or buttons. 6. Pressing will scroll forward through the settings in an orderly sequence. 7. Pressing will scroll back to previous settings and setting can be changed. The large dial is the primary device for selecting an operation. Rotate the dial to the function you wish to alter or review. INCREASE VALUE (+) The is used to select different programs. Each push on this button will increment one SCROLL program number. BACK Once you have selected the primary function and program you wish to alter, you can then SCROLL use the or to change that function’s FORWARD value. -
Page 10: Set Current Time & Correct Day
PROGRAMMING Set current time & correct day Turn the dial to “Set Clock/Calendar” position. The hour will be flashing. Use the or to adjust. NOTE: AM/PM must be set correctly. Press button and the “minutes” will flash. Use or to adjust the minutes. Press and the “day of the week” will flash. Use or to set the correct day. Set Calendar NOTE: The calendar only needs to be set when selecting Odd/Even day watering in areas where water restrictions may require this feature. Press button until the year, month and day are shown. The “year” will be flashing. -
Page 11: Set Start Times
PROGRAMMING Example: SET PROGRAM 1 Step 1 – SET START TIMES NOTE: all stations will come on in sequential order for each start time. Turn the dial to “Set Start Times” and ensure that “Prog No 1” is showing. If not, then use the button to select “Prog No 1”. The “Start No” will be flashing. The display will show: Use or to change the “Start No” if required, otherwise press and the “hour” will flash. Use or to adjust if required. NOTE: Ensure AM/PM position is correct. Press and the “minutes” will flash. Use or to adjust if required. -
Page 12: Set Watering Days
PROGRAMMING Step 2 – SET WATERING DAYS This unit has interval watering from every day to every 15th day, individual day selection or a 365 day calendar with odd/even day selection in areas where water restrictions require this feature. INDIVIDUAL DAY SELECTION Turn the dial to “Set Watering days” and ensure that “Prog No 1” is showing. If not, then use the button to select “Prog No 1”. “Monday” will be flashing. The display will show: This refers to Mon being Day1. To turn Monday off press the button. To turn it back on press the button. To advance to the next day and set it use the button, the display will then flash Tue and Day 2. Use or to turn days ON or OFF and advance to the next day using . Remember to set all 7 days ON or OFF. ODD/EVEN DAY SELECTION (Optional) In some regions users are only allowed to water their landscapes on odd dates if their house number is odd, or even dates when their house number is even. This controller allows this to be done simply by setting the relevant selection of odd or even and setting the current date into the controller. The controller will account for leap years. - Page 13 PROGRAMMING INTERVAL DAY SELECTION Press the button until the “interval days” is flashing. The display will show: “Interval 1” will be flashing. This means the controller will water every day. The display will show how many days are left before an active schedule. For example, if it showed “1” then in one day’s time the controller will run this program. To change the interval day, press the or button. Select from 1 to 15 interval days. NOTE: When changing the interval day, the next active day is always changed to 1. This means that tomorrow is the first active day to run. Step 3 –...
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Page 14: 3. Set Station Run Times
PROGRAMMING Step 3 - Station Run Times (cont.) Press or button to select the station (valve) number, and press the button and the run time minutes will flash. Alter by using or Press the button and the run time hours will flash. Alter by using or Press the button and the current station will flash. Select the next station to change by using or and proceed by pressing and alter using Continue until all the stations in Program1 have been set with a run time or if a station(s) is not required to be active in this particular program, ensure that the run time is set to “OFF”. NOTE: To turn a station “OFF” press the and at the same time when the station number is flashing or use to set minutes to 00 when flashing. -
Page 15: Manual Operations
MANUAL OPERATIONS Run a Single Station The maximum run time for a station is 12 hours 59 minutes. To manually run a single station once, turn the dial to the “System Test or Run Single Station” position. The display will show: The default run time for a single station is 10 minutes. Advance to the selected station by pressing as many times as required, and adjust the run time with and The controller will start running the selected station and the run time will decrement in the display. If there is an active pump set for this station, the pump icon will flash once the button has been pressed, indicating that the pump/master is running. As soon as the single station run time has elapsed, the unit will revert back to automatic mode. This means that if you forget to turn the dial back to the “Run” position, the controller will still run its automatic starts, as scheduled. To turn the station off, change the position of the main dial, to “OFF”. HINT: If you wish to alter the default value from 10 mins to some other value and set this as the new default time. Turn the dial to “Run Single Station” press the or buttons. -
Page 16: Run A Program
MANUAL OPERATIONS The controller will start running all stations with the selected run time. The time will decrement in the display and will sequentially move through all stations, running them for the same set period of time. This option is designed so that it is possible to test all sprinklers and valves that make up the irrigation design. button. To go back a station press the To skip to the next station press the button. To stop the system test, change the position of the main dial, to “OFF”. HINT: If you wish to alter the default value from 2 mins to some other value and and together followed by set this as the new default time, press the button. Then alter the run time using the or buttons. - Page 17 MANUAL OPERATIONS There may be times when it is desirable to run more than one program manually. The controller allows this to occur using its unique facility of enabling a program, before running it. For example if I wished to run Program 1 and also Program 2, the controller will manage stacking of the programs so they do not overlap. Enable program 1 by pressing the button. To select the next program press the button, the program number will increment to program 2. Enable program 2 to run by pressing the button. NOTE: to disable a program number, press the button. Once both programs have been enabled, they can be run by pressing the button. The controller will now run all programs that have been enabled starting with the highest numbered program. So in this case, program 2 would run and when it has completed its cycle, program 1 would start and run its cycle. This method can be used to enable any, or all of the available programs on the controller. NOTE: When running programs in manual mode the “Budget %” will alter the running times of each individual station. MAC_RPS612_Instruction_Manual.indd 15 20/03/12 4:43 PM...
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Page 18: Stop Watering
OTHER FEATURES Stop Watering To stop an automatic or manual watering schedule, turn the dial to the “OFF” position. NOTE: For automatic watering remember to turn the dial back to the “Auto Run” position, as “OFF” will stop any future watering cycles from occurring. Stacking Start Times Should you accidentally set the same watering start time on more than one program, the controller will “stack” them in sequential order. All programmed start times will be watered from the highest number first. Automatic Backup This product is fitted with permanent memory. This allows the controller to hold all stowed values even in the absence of power sources, which means that programmed information will never be lost. Fitting the 9 volt block battery will keep the real time clock running during power outages. However, if the battery is not fitted the real time clock is backed up every 10 minutes to the non volatile memory. This means that... -
Page 19: Wireless Rain Gauge Interface
WIRELESS RAIN GAUGE INTERFACE Wireless Rain Gauge Interface This unit will only interface with the K-Rain KR0203 Wireless Rain Gauge and Weather Station. (The KR0203 is available to purchase separately). The RPS612 does not need any additional parts or wiring to communicate with the KR0203 Wireless Rain Gauge. Simply install the Rain Gauge onto your gutter or open space where it is exposed to Rain. Pairing the Wireless Devices The Rain Gauge & Monitor must be as close as possible to the controller for the wireless initialisation NOTE: Move the Rain Sensor by-pass switch to “ON” 1. Make sure the power is plugged in to the RPS 612. 2. Unscrew the fascia panel of the controller. 3. Hold the “Reset Button” down. (see image to right) NOTE: The re-set button is located under the terminal cover and at the “rear” of the PCB at the far right hand end. 4. Place 3 x AAA - ALKALINE batteries into the Rain Gauge and close the battery cover, then 2 x AA ALKALINE batteries into the Monitor. (make sure you place the batteries in the above order to enable the Wireless pairing to connect correctly with the RPS 612 Controller) 5. Once the batteries are installed, release the “Reset Button”. - Page 20 WIRELESS RAIN GAUGE INTERFACE Testing the Wireless Connection and Rain Sensor 1. With the Rain Gauge main casing removed, push boths side of the toggle switch 15 times. This will simulate an amount of rain above the 4mm base setting to activate the “Sensor Wet” function in the RPS 612 Controller. 2. After 30 - 60 seconds the Monitor will show the measurement of simulated rain in mm’s and the RPS 612 will show the centre LED (Sensor Wet) flashing continually. The LCD display will show “Sensor Wet”, at this point the controller will stop all watering for 24 hours. 3. The LED will flash for 24 hours before clearing. 4. If you should require automatic watering immediately after the test period, move the “Rain Sensor” by-pass switch to “OFF”. (The LED will still flash for 24 hours until clearing, but on the LCD screen you will see “Sensor Dry”) MAC_RPS612_Instruction_Manual.indd 18 20/03/12 4:43 PM...
- Page 21 WIRELESS RAIN GAUGE INTERFACE The controller has 3 LED’s to indicate when the rain gauge is working. GLOSSARY - Top LED: “SIGNAL OK” Will flash every 30 seconds to indicate that there is a reliable communication link with the rain gauge. Middle LED: “SENSOR WET” Will flash continually when the rain gauge is showing WET. In this mode no automatic watering will occur, and the LCD will show “Sensor Wet”. Bottom LED: “SENSOR BATTERY” Will show a solid LED when the batteries in the rain gauge are flat and need to be replaced. When this happens the rain gauge will not communicate with the controller. NOTE: When the batteries in the rain gauge go flat and are replaced, it is important to re-set the controller, to allow the controller and rain gauge to communicate.
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Page 22: Setting Individual Stations
OTHER FEATURES Setting Individual Stations to Rain ON / OFF Turn the dial to “Set Auxiliaries” to enable individual stations to set rain sensor “ON” or “OFF”. The display will show: If the station is turned “ON” this means that the sensor will control it, should it rain. The default mode is for all stations to be rain sensor “ON”. Should you have a station (valve) that always needs to be watered, e.g. an enclosed green house or plants that are under cover, then the rain sensor can be turned “OFF” for these particular stations. This way when the sensor is wet they will still water. To select a station to turn “OFF”. Press the button, the word “ON” will now be flashing, use the button to change to “OFF”. TIP: To turn the station back “ON” press the button. To advance to the next station use the button and the station number will increment. Do this operation for all stations (valves) on the controller that need to be altered. -
Page 23: Stop All Watering
OTHER FEATURES Stop All Watering To stop all watering cycles during winter, turn the dial to the “OFF” position. The display will show “ALL OFF”: This means that all automatic schedules will not come on, but the programmed information is still retained in the memory and the clock still keeps track of time even though it is no longer being displayed. To reactivate watering, turn the dial to the “Auto Run” position. Water Budgeting & Seasonal Adjustment The automatic station run times can be adjusted by percentage as the seasons change. This will save valuable water as the run times can be adjusted quickly in spring, summer, and autumn to reduce or increase water usage. Ensure the dial is in the “Auto Run” position. Press the button. The display will show: This means that the run times are set to 100%, i.e. if station 1 is set to 10 minutes then it will run for 10 minutes. Should however the value change to say 50% then instead of running for 10 minutes station 1 would now run for 50% of 10 minutes, i.e. 5 minutes. Conversely should the budget value be altered to show 200% then instead of running 10 minutes on station 1, it would run for 20 minutes. The budget calculation is applied to all stations and all run times that are active. To increase the budget percentage press the , to decrease the budget percentage press the . The percentage value will increment or decrement in multiples of 10%. The maximum value is 200% and the minimum value is 10%. To return to the clock display press the button . Should the budget value no longer be 100% then it will be shown in the clock display, e.g. if we set the budget to 200%... -
Page 24: Installation Instructions
INSTALLATION INSTRUCTIONS Mounting the Controller Install the controller near a 240 VAC outlet. Preferably located in a house, garage, or exterior electrical cubicle. For ease of operation, eye level placement is recommended. Ideally, your controller location should not be exposed to rain or areas prone to flooding or heavy water. INBUILT MODEL: The inbuilt controller unit is an outdoor model and can be exposed to light rain as it is weather proof. Fasten the controller using the key hole slot positioned externally on the top centre and the additional holes positioned internally under the terminal cover. Electrical Hook-up WARNING: 1. All electrical work must be carried out in accordance with these instructions following all applicable local, state and federal codes pertaining to the country of installation. Failure to do so will void the controller’s warranty. 2. Disconnect mains power supply before any maintenance work to the controller or valves is undertaken. 3. Do not attempt to wire any high voltage items yourself, i.e. pumps and pump contactors or hard wiring the controller power supply to the mains. -
Page 25: Terminal Block Layout
INSTALLATION INSTRUCTIONS 3. A maximum of 0.75 Amps may be supplied by any output. Check the inrush current of your solenoid coils before connecting more than two valves to any one station. Power Supply Connections INBUILT TRANSFORMER It is recommended that the transformer is not connected to a 240 vac supply which is also servicing or supplying motors (i.e. air conditioners, pool pumps, refrigerators). Lighting circuits are suitable as power sources. This inbuilt transformer model, is suitable for outdoor installation as the housing is weatherproof and UV stabilized. However it is recommended that the unit be installed in an area which is not exposed directly to the weather. Terminal Block Layout (9 station example) GLOSSARY 24 VAC 24VAC power supply connection C Common wire connection to field wiring P1 Master valve or pump start output ST1–ST9 Station(s) (valves) field connections MAC_RPS612_Instruction_Manual.indd 23 20/03/12 4:43 PM... -
Page 26: Pump Start Relay Connection
INSTALLATION INSTRUCTIONS Pump Start Relay Connection (Water supply by pump system) This controller does not provide mains power to drive a pump. A pump must be driven via an external relay and contactor setup as detailed below. The controller provides a low voltage signal that actuates the relay which in turn enables the contactor and finally the pump. HINT: Although the controller has permanent memory and thus a default program will not cause erroneous valve actuation as in some controllers, it is still good practice when using a system where the water supply comes from a pump to connect unused stations on the unit back to the last used station. -
Page 27: Master Valve Installation
INSTALLATION INSTRUCTIONS Master Valve Installation (Water supply off mains water) The purpose of the master valve is to shut off the water supply to the irrigation system when there is a faulty valve or none of the stations are operating correctly. It’s used like a back-up valve or fail safe device and is installed at the start of the irrigation system where it is connected to the water supply line. Power Supply Connections MAC_RPS612_Instruction_Manual.indd 25 20/03/12 4:43 PM... -
Page 28: Station Valve Installation
INSTALLATION INSTRUCTIONS Station Valve Installation Up to three 24 vac solenoid valves can be connected to each station output and wired back to the Common (COM) connector. When using long runs of cables, be aware that voltage drop can play a significant roll, especially when more than one coil is wired to a single station. As a good rule of thumb select your cable as follows: 0–50m cable dia 0.5mm 50–100m cable dia 1.0 mm 100–200m cable dia 1.5mm 200–400m cable dia 2.0mm When you are using multiple valves per station the common wire needs to be much larger as it needs to carry more current. In these circumstances choose a common cable 1 or two sizes larger than required. When making connections in the field, only ever use gel filled or greased filled connectors. Most field failures occur due to poor connections. The better the connection here, and the better the waterproof seal the longer the system will perform without trouble. MAC_RPS612_Instruction_Manual.indd 26 20/03/12 4:43 PM... -
Page 29: Pump Protection (System Test)
INSTALLATION INSTRUCTIONS Pump Protection (System Test) In some circumstances not all operational stations might be hooked up. For example, if the controller was capable of running 9 stations but there were only 7 field wires and solenoid valves available for connection. This situation can pose a risk to a pump when the system test routine for the controller is initiated. The system test routine sequences through all available stations on the controller. In the above example this would mean stations 8 through to 9 would become active and would cause the pump to operate against a closed head. This could possibly cause permanent pump, pipe and pressure vessel damage. It is mandatory if the system test routine is going to be used, that all unused, spare stations, should be linked together and then looped to the last working station with a valve on it. Using the above example, the connector block should be wired as per the diagram below. Link any unused stations to the last active station. MAC_RPS612_Instruction_Manual.indd 27 20/03/12 4:43 PM... -
Page 30: Fault Finding Guide
FAULT FINDING GUIDE SYMPTOM POSSIBLE CAUSE SUGGESTION No display Faulty transformer or Check fuse, check field wiring, check blown fuse transformer Single station Faulty solenoid coil, or Check solenoid coil (a good solenoid not working break in field wire coil should read around 33ohms on a multi meter). Test field cable for continuity. Test Common cable for continuity. Fuse blows Incorrect wiring or bad Check solenoid coil ( a good solenoid connection. Solenoid coil coil should read around 33ohms on has shorted through a multi meter). Test field cable for continuity. Test Common cable for continuity. Test connections. No automatic Programming error or If unit works manually then check the start blown fuse or transformer programming. If not then check the fuse, wiring and transformer. Buttons not Short on button or Check instruction book to ensure responding programming not correct programming is correct. If buttons still... -
Page 31: Fault Finding Guide
FAULT FINDING GUIDE SYMPTOM POSSIBLE CAUSE SUGGESTION More than one Possible faulty driver triac Check wiring and swap faulty station station coming wire’s on the controller terminal on at once block with known working stations. If the same outputs are still locked on, return panel to supplier or manufacturer. Pump start Faulty relay or pump Electrician to check voltage on relay chattering contactor or contactor. Display cracked Display damaged during Return panel to supplier or or missing transportation manufacturer. segments Sensor input Sensor enable switch in Slide switch on front panel to the ON not working the OFF position position, check programming to make sure sensor is enabled. MAC_RPS612_Instruction_Manual.indd 29 20/03/12 4:43 PM... -
Page 32: Electrical Characteristics
ELECTRICAL CHARACTERISTICS Electrical Outputs POWER SUPPLY Mains supply: This unit runs off a 240 volt 50 hertz single phase outlet. The controller draws 30 watt at 240 VAC. The internal transformer reduces the 240 VAC to an extra low voltage supply of 24 VAC. The internal transformer is fully compliant with AS/NZS 61558-2-6 and has been independently tested and judged to comply. ELECTRICAL POWER SUPPLY: Input 24 volts 50/60Hz ELECTRICAL OUTPUTS: Maximum of 1.0 amp To solenoid valves: 24 vac 50/60Hz 0.75 amps max Note: up to 3 valves per station on the inbuilt model To the master valve/pump start: 24 vac 0.25 amps max Note: Transformer and fuse capacity must be compatible with output requirements OVERLOAD PROTECTION: Standard 20mm M-205 1 amp fast blow glass fuse. -
Page 33: Servicing The Controller
SERVICING THE CONTROLLER Servicing the Controller The controller should always be serviced by an authorised agent. Follow these simple steps to return the unit: 1. Turn the mains power OFF to the controller. Note: If the controller is hardwired, a qualified electrician will be required to remove the entire unit depending on the fault. “IF NOT HARDWIRED - PROCEED TO 2” 2. Disconnect the 24 VAC leads at the controller 24 VAC terminals on the very left hand side of the terminal block. -
Page 34: Spare Watering Planners
SPARE WATERING PLANNER MAC_RPS612_Instruction_Manual.indd 32 20/03/12 4:43 PM... -
Page 35: Spare Watering Planners
SPARE WATERING PLANNER MAC_RPS612_Instruction_Manual.indd 33 20/03/12 4:43 PM... -
Page 36: Guarantee
GUARANTEE The manufacturer Guarantees to the original purchaser that any product supplied by the manufacturer will be free from defects in materials and workmanship for a period of five years from the date of purchase. Any product found to have defects in material or workmanship within the period of this Guarantee shall be repaired or replaced by the manufacturer FREE OF CHARGE. The guarantor does not guarantee the fitness for a particular purpose of its products and does not make any guarantee, expressed or implied, other than the guarantee contained herein. The guarantor shall not be liable for any loss from use of the product or incidental or consequential damages including damages to other parts of any installation of which this product is part. The guarantee shall not apply to any equipment which is found to have been improperly installed, set up or used in any way not in accordance with the instructions supplied with this equipment, or to have been modified, repaired or altered in any way without the express written consent of the company. This guarantee shall not apply to any batteries or accessories used in the equipment covered under this guarantee or to any damage which may be caused by such batteries. If the Controller develops a fault, the product or panel must be returned in adequate packing with: 1. A copy of your original invoice. 2. A description of any fault. It is the purchasers responsibility to return the controller to the manufacturer or their agent by prepaid freight. HOLMAN INDUSTRIES 463 Scarborough Beach Road. Osborne Park. Western Australia. 6017. Tel: 61 8 9204 1011 Fax: 61 8 9204 1013 Web: www.holmanindustries.com.au Email: sales@holmanindustries.com.au Copyright 2011 Holman Industries MAC_RPS612_Instruction_Manual.indd 34 20/03/12 4:43 PM...
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