Related Manuals for Daikin ECORICH EHU3007
Summary of Contents for Daikin ECORICH EHU3007
- Page 1 Hybrid Hydraulic System ECORICH Design #40 Series EHU1404 EHU2504 EHU2507 EHU3007 Instruction Manual DAIKIN INDUSTRIES, LTD. Oil Hydraulic Division PIM00504...
- Page 2 The figures given in this manual may not be same as the actual product due to product improvement. This manual is the literature relating to the safe handling of Daikin hydraulic units. Please also prepare literature for the safe handling of your own machines in accordance with the various regulations and standards, for safe running and maintenance.
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Page 3: Table Of Contents
Chapter 1. SAFETY INSTRUCTIONS ............... 6 Indications of Safety Instructions in this Manual ............6 Notes on Safety ......................6 1.2.1 Disclaimers ........................6 Restrictions on Applications ..................7 1.3.1 General Precautions ......................7 Precaution ........................8 For Safe Operation ...................... 9 1.5.1 Installation and wiring ...................... - Page 4 Connection of Input/Output Signal Cables ..............34 9.5.1 Digital inputs ........................36 9.5.2 Digital outputs ........................ 37 9.5.3 Contact outputs ......................38 Chapter 10. TRIAL RUNNING ................... 39 Chapter 11. PANEL OPERATIONS ................40 11.1 Names and Main Functions of Each Part of the Operation Panel ......40 11.2 Functions of the Operation Panel ................
- Page 5 13.5.5 Reassembly ........................70 13.6 Oil Filler Port Cum Air Breather Maintenance Instructions......... 71 13.6.1 Removal method ......................71 13.6.2 Cleaning ......................... 71 13.6.3 Mounting ........................71 13.7 Suction Strainer Maintenance Instructions ..............72 13.7.1 Removal method ......................72 13.7.2 Cleaning .........................
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Page 6: Chapter 1. Safety Instructions
1.2 Notes on Safety 1.2.1 Disclaimers Daikin shall not be responsible for any damage attributable to fire, earthquake, a third party’s action or other accidents, or customers’ intentional acts, misuse or use under abnormal conditions. Daikin shall not be responsible for any consequential damages (loss of business profits, business interruption) attributable to the use of this product, or the inability to use it. -
Page 7: Restrictions On Applications
1.3 Restrictions on Applications DANGER This product has not been designed or manufactured for the purpose of use in equipment used in situations where human lives are at stake, for life-support equipment for example, or its associated systems, or for special applications including mobile structures that carry people, medical uses and nuclear power uses. -
Page 8: Precaution
1.4 Precaution (1) Regarding the hydraulic connections to this hydraulic unit, use hoses to prevent transmission of the vibration of the motor pump to the machine. (2) This hydraulic unit is equipped with a fan to cool the hydraulic oil, controller and motor. To assure the air intake and exhaust for the fan, do not place any obstruction within 10 cm from the unit. -
Page 9: For Safe Operation
1.5 For Safe Operation Be sure to carefully read this manual and all accompanying documents before starting installation/running/maintenance inspections, and use the product correctly after having familiarized yourself with the information about the equipment, the safety information and all the cautions. 1.5.1 Installation and wiring DANGER ... -
Page 10: Operation
CAUTION Strictly follow the requirements for the installation environment. Otherwise, there is a risk of fire and accidents. Install it at a location that can bear its weight. Otherwise, there is a risk of accidents. Do not expose terminals or other parts to static electricity. Otherwise, there is a risk of failures. -
Page 11: Maintenance Inspections
1.5.3 Maintenance inspections DANGER Maintenance inspections must be performed by an appropriately qualified technician. Otherwise, there is a risk of electric shock and injury. Check that the input power supply is OFF before starting the work. Otherwise, there is a risk of electric shock. -
Page 12: Chapter 2. Features And Construction
Chapter 2. FEATURES AND CONSTRUCTION 2.1 Energy Savings By adopting a highly efficient IPM motor drive system that is an original development by Daikin, the energy efficiency of the electric motor section has been increased. The Daikin hybrid hydraulic system “ECORICH” is a “friendly system for both people and the environment”. -
Page 13: Nomenclature
2.2 Nomenclature 2.2.1 Models Controller option Unit option ∗∗ ∗∗ − − ∗ ∗ ∗ ∗ − ∗ ∗ ∗ ∗ ∗ ∗ (a) Model - EHU: EHU series (b) Maximum discharge rate - 14: 14 L/min (4 MPa only) - 25: 25 L/min - 30: 28.5 L/min (7 MPa only) Unit option code... -
Page 14: Manufacturing Number
Notes on Nomenclature (1) If there is no option, the code ends at (d). Example: EHU2504-40 (2) When a unit option is added to the basic unit, one letter of the alphabet “N” is inserted. Example: EHU2504-40-N-(unit option) (3) When a controller option is selected, the relevant letters of the alphabet (from 1 to 4 characters) are allocated. -
Page 15: Chapter 3. Product Specifications And Conditions Of Use
Chapter 3. PRODUCT SPECIFICATIONS AND CONDITIONS OF USE 3.1 Product Specifications Product Model EHU1404 EHU2504 EHU2507 EHU3007 Power rating (kW) 0.75 Maximum operating pressure (MPa) Operating pressure adjustment 1.5 - 4.0 1.5 - 7.0 range (MPa) Maximum flow rate (∗1) (L/min) 15.2 25.1 28.5... -
Page 16: Conditions Of Use
3.2 Conditions of Use (Note 1) • Mineral-oil based hydraulic oil Useable oil (For the recommended brand, see our “DAIKIN OIL HYDRAULIC EQUIPMENT Catalog (HK196)”.) • Viscosity grade: ISO VG 32 to 68 • Dynamic viscosity range: 20 to 88 mm... -
Page 17: Pq Representative Characteristic Diagrams
3.3 PQ Representative Characteristic Diagrams P pressure (MPa) P pressure (MPa) P pressure (MPa) P pressure (MPa) The above are the representative characteristics with oil type VG32 and a temperature of 40°C. The above PQ characteristics diagrams show the operating range in terms of actual flow rates. -
Page 18: External Dimensions
3.4 External Dimensions PIM00504... -
Page 19: Hydraulic Circuit
3.5 Hydraulic Circuit Above the oil level Part No. Name Oil tank Suction strainer Oil level gauge Inverter driven motor pump Controller Oil filler port-cum-air breather Oil cooler PIM00504... -
Page 20: Chapter 4. Component Parts And Part Names
Chapter 4. COMPONENT PARTS AND PART NAMES Operation panel Safety valve Controller Inverter driven motor pump Oil cooler Oil filler port- cum-air breather DC fan Oil level gauge Oil tank Oil outlet port- cum-oil drain port Front View of Unit PIM00504... -
Page 21: Chapter 5. Procedure For Starting Up
Chapter 5. PROCEDURE FOR STARTING UP The procedure for starting up is as follows. 1. Check ............See “Chapter 6 CHECKS UPON RECEIVING THE PRODUCT”. 2. Transportation/installation ......See “Chapter 7 TRANSPORTATION/INSTALLATION”. 3. Piping ............. See “Chapter 8 HYDRAULIC PIPING”. 4. -
Page 22: Chapter 6. Checks Upon Receiving The Product
Chapter 6. CHECKS UPON RECEIVING THE PRODUCT 6.1 Check on the Contents of the Packaging CAUTION Check that the product is the right way up, then unpack it. Otherwise, there is a danger of falling and breakage. When the product has been unpacked, check that the following items are present. •... -
Page 23: Chapter 7. Transportation/Installation
Chapter 7. TRANSPORTATION/INSTALLATION 7.1 Transportation 7.1.1 Transportation in the packaged state To transport the product in the packaged state, lift by using the handgrip openings in the cardboard, and transport it on a dolly, for example. The weight in the packaged state is indicated on the label affixed to the side face. WARNING ... -
Page 24: Installation
CAUTION Do not hoist or move the product while there is oil in the tank. This could impair safety and/or performance due to the product falling or toppling, or oil leakage or inclusion of air. This product is precision equipment. Do not drop it or subject it to any strong impact. Otherwise, there is a risk of breakage. -
Page 25: Securing The Hydraulic Unit
CAUTION If the intake air/exhaust spaces described above are not secured, the motor and controller will reach high temperatures and the lives of the devices will be significantly shortened. Be sure to secure the space for air intake /exhaust. ... -
Page 26: Chapter 8. Hydraulic Piping
Chapter 8. HYDRAULIC PIPING 8.1 Piping Be sure to connect piping at the following ports. Details on the piping positions can be found in the outside view drawing. Use hoses for the piping work, and fasten them with sealing tape. <Piping Specifications>... -
Page 27: Filling With Hydraulic Oil
8.2 Filling with Hydraulic Oil • Remove the cap of the filler port cum air breather by turning it counterclockwise, then pour clean hydraulic oil (within NAS class 10) into the tank. The volume of oil should be that sufficient to bring the float to between the red line and yellow line. -
Page 28: Chapter 9. Electrical Wiring
Chapter 9. ELECTRICAL WIRING In order to run this product, the main power supply has to be connected. Also connect input/output signal cables as necessary. • Connect the main power supply and input/output signal cables after removing the exterior cover. To remove this cover, unscrew the four M4 cross recessed screws. -
Page 29: Procedure For Mounting Exterior Covers
9.1 Procedure for Mounting Exterior Covers After connecting the main power supply and input/output signal cables, the exterior cover needs to be mounted. Mount it by following the procedure below. Exterior cover Controller box ① Engage the corners of the controller and corners of the cover together and ② close the cover. ... - Page 30 ④ Press in the vicinity of the two screws at the bottom of the exterior cover to position it. ∗ When pressing the vicinity of the screws, confirm that a clicking sound is heard as the projections on the exterior cover go into the mating parts on the interior cover.
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Page 31: Overall Wiring Diagram
9.2 Overall Wiring Diagram Input power supply 3-phase 200/200/220 V, 50/60/60 Hz Digital output Power supply line ground Ready to run Control power supply input Negative common Positive common 1-phase 200/200/220 V, 50/60/60 Hz External power supply (DC+24 V) ∗... -
Page 32: Connection Of The Main Power Supply
9.4 Connection of the Main Power Supply Prepare the power supply cable, crimp terminals (ring-type crimp terminals with insulating cladding), and cable clamps. Crimp a ring-type crimp terminal with insulating cladding onto the end of the cable using a dedicated tool. <<Recommended Items>>... - Page 33 DANGER Use an AC power supply matching this product’s power supply specifications. Use a cable appropriate for the power supply capacity. Connect the end of the cable by using a crimp terminal. Use a tool suited to crimp terminals. Crimping faults may result in the cable coming loose during use, short-circuiting accidents, and burnout due to abnormal heat generation.
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Page 34: Connection Of Input/Output Signal Cables
9.5 Connection of Input/Output Signal Cables Prepare cables and cable clamps. For the cables, use shielded cabtyre cables, and be sure to complete terminal processing of the shielding wire. <<Recommended Items>> Cable Size Recommended Cable Recommended Cable Clamp OA-W15-07 (OHM ELECTRIC) 0.3 - 0.5 mm KVC-36SB 0.3 –... - Page 35 <<Method for Connecting to the Terminal Block>> 電線剥き長さ：６ｍｍ Cable stripping length : Push on the spring with e.g. a screwdriver. 6 mm Pushing the screwdriver up will open up the opening for insertion. Check the stripped length of the wire, and insert it fully home without making any loose strands.
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Page 36: Digital Inputs
9.5.1 Digital inputs These are sequence input signals that control the operations of this unit from an external device. Connect them as necessary by following the information below. Terminal Name Signal name Remarks COM2 Digital input common Can be either positive or negative DIN0 Digital input 0 Start/stop signal(factory default on:start/ OFF:stop) -
Page 37: Digital Outputs
9.5.2 Digital outputs These are the digital output signals that output the alarm statuses of this unit. Connect them as necessary by following the information below. Terminal Signal name Output Content: factory default setting Name Function disabled (comes ON when ready to run) * Factory default at 39: 8 DOUT Digital output 1... -
Page 38: Contact Outputs
9.5.3 Contact outputs These are the contact output signals that output the alarm statuses of this unit. Connect them as necessary by following the information below. Terminal Signal name Output Content: factory default setting Name When an alarm occurs, or L70 (reverse rotation warning) Alarm output, NO ALMa occurs or a hydraulic switch is actuated, the NO contact opens... -
Page 39: Chapter 10. Trial Running
Chapter 10. TRIAL RUNNING CAUTION Ensure that the power can be shut off immediately in response to unforeseen events. Either incorporate an emergency stop switch or similar device, or configure a sequence circuit for the main machine for that purpose. ... -
Page 40: Chapter 11. Panel Operations
Chapter 11. PANEL OPERATIONS 11.1 Names and Main Functions of Each Part of the Operation Panel Data display (3 digits) The controller features the 3-digit data display and four key-switches indicated in the figure to the left. The LED display normally shows the current actual pressure (MPa). -
Page 41: Switching Among Modes
11.2.2 Switching Among Modes Switch among the modes as shown in the figure below. For details on the operations, refer to the explanations of each mode. 電源投入 Power on Regular mode 通常モード Press と Press と simultaneously for 2 simultaneously for 2 を同時に2秒... -
Page 42: Monitor Mode
11.4 Monitor Mode 11.4.1 List of display items in the monitor mode The monitor mode enables monitoring of the items listed in the table below by selection. Name Unit Details Pressure switch set value Displays the value set with the pressure switch. ×10 PSI Pressure set value Displays the current set value for pressure. -
Page 43: Monitor Mode Operations
Name Unit Details Displays the current approximate power Power consumption consumption. Displays the current approximate temperature in the °C I/F board temperature controller. (Reserved for the system) Displays “-99”. By pressing the key while an alarm code is displayed, the current power-up count can be checked. When the power-up count displayed for “n04 : Latest alarm code”... -
Page 44: Setting Mode
11.5 Setting Mode For details of parameters relating to the setting mode, refer to “Chapter 12 ADJUSTING PARAMETERS”. 11.5.1 Setting mode operations 通常モード Regular mode ① Holding down together 同時押し(約2秒) (Approx. 2 seconds) 設定モード Setting mode Selection of data ③... - Page 45 PQ selection parameters 通常モード Regular mode ① Holding down together 同時押し(約2秒) (approx. 2 seconds) 設定モード Setting mode ⑦ データ選択と値表示・編集 Data selection and value display/editing ②データ番号の選択 Selection of data number ③ ⑤ Elapse of 2 seconds 2秒経過 Elapse of 2秒経過...
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Page 46: Alarm Mode Display
11.6 Alarm Mode Display The alarm mode enables checking of up to 10 alarms in the history of alarms that have occurred in the past. For details on the displayed alarm codes and their meanings, refer to “13.1 Alarm Causes and Corrective Actions”. - Page 47 Panel Display Display Unit Remarks indication Alarm details Alarm details (See “13.1”) Number of Power-on count Power-on count at occurrence of the alarm times Motor speed at alarm Rotational speed of the motor at occurrence of − 1 10 min occurrence the alarm Effective motor current...
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Page 48: Chapter 12. Adjusting Parameters
Chapter 12. ADJUSTING PARAMETERS 12.1 Parameter List Default Item Code Name Operation range Details Reference Value ON/OFF signal 0: Runs at DIN1-ON, DIN1: Sets the effective logic for the DI_A 12.2 switching 1: Runs at DIN1-OFF ON/OFF signal. 0 - 35.0 [MPa] Sets the actuation value of the SW_L Pressure switch... - Page 49 Default Item Code Name Operation range Details Reference Value Sets the integration time correction PQ integration factor for PQ control. The smaller L_TI time correction 1 - 500 [%] the value, the faster the response, factor but the more surge pressure occurs. (Reserved for the M_VR This is reserved for the system.
- Page 50 Default Item Code Name Operation range Details Reference Value (Reserved for the SM_R This is reserved for the system. system) Sets the threshold value for 0.00 - 1.00 [MPa] 0.50 detecting pressure recovery, after Pressure switch actuation of the pressure switch. P_DF 12.5 output dead zone...
- Page 51 Default Item Code Name Operation range Details Reference Value (Reserved for the OTUS This is reserved for the system. system) (Reserved for the This is reserved for the system. OTAM system) (Reserved for the OTAT This is reserved for the system. system) (Reserved for the OTWN...
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Page 52: P00: Di_A] Switching The Effective Logic For The On/Off Signal
12.2 [P00: DI_A] Switching the Effective Logic for the ON/OFF Signal The motor can be run and stopped by input signals at digital input terminal DIN1. This parameter enables switching of the effective logic of digital input terminal DIN1. Code Name Setting range... -
Page 53: Setting Output Signals
12.4 Setting Output Signals The signals output as the result of alarm outputs operate as described in the tables below according to the values set for “P39: DO_S Digital output selection” and “P47: RMOT Alarm relay output maintenance notification enable/disable”. 12.4.1 Parameters ... -
Page 54: Pressure Switch
12.5 Pressure Switch The pressure switch is a function for detecting when the pressure drops below a certain level and outputting a signal. Using this function makes an externally fitted pressure switch unnecessary, making it possible to configure systems inexpensively. The pressure switch is set as follows. 12.5.1 Parameter list Code Parameter Name... -
Page 55: Explanation Of Parameters
12.5.2 Explanation of parameters Parameters Setting Function Name When the “L63: Pressure switch actuation” warning has occurred, the “L63” indication displayed on the operation panel can be retained. It is also possible to record the “L63: Pressure switch actuation” warning in the alarm history, although it is not usually recorded there. -
Page 56: Settings Relating To Warnings/Alarms
12.6 Settings Relating to Warnings/Alarms 12.6.1 Setting judgment criteria for [E64: Dry running error] Pressure rise faults resulting from inclusion of air due to a drop in the oil level, or from a drop in viscosity due to inclusion of water, are detected and the unit is stopped by the “E64: Dry running error” alarm to prevent damage to the pump. -
Page 57: Others
12.7 Others 12.7.1 [P45: AC_F] Cooling fan motor speed This sets the speed of the cooling fan motor. Display Code Parameter Name Setting range Default value Unit 0: Always running (low speed) AC_F Cooling fan motor speed 1: Reserved by the system 2: Always running (high speed) 12.7.2 [P32: S_TM] Surge suppression at starts When starting from the stopped state, the deviation is large, which increases the likelihood of surge... -
Page 58: P48 : T_Sp] Reverse Rotation Warning Judgment Wait Time/[P49: Smtm] Start Acceptance Wait Time
12.7.3 [P48 : T_SP] Reverse rotation warning judgment wait time/[P49: SMTM] Start acceptance wait time Code Name Setting range Default value Unit T_SP Reverse rotation warning judgment wait time 0 - 99.9 SWTM Start acceptance wait time 0 - 99.9 If the motor rotates in reverse during stop operation and is restarted with load pressure remaining in the piping at the start, it is possible that the start will fail. -
Page 59: Chapter 13. Troubleshooting
Chapter 13. TROUBLESHOOTING 13.1 Alarm Causes and Corrective Actions Alarm Name Cause Corrective Action Code Output device error Short circuit of the Check the connection. device output • Adjust the relief valve setting to The protective function of Motor control error the output device has been the running pressure + 0.5 MPa. - Page 60 Alarm Name Cause Corrective Action Code • Reconnect and check the Motor wiring Motor wiring disconnection disconnection, connection. • Replace the motor or motor pump. connection fault One phase of the motor Output device failure Replace the controller. wiring is not live. Connector fault at controller Inverter PCB internal...
- Page 61 Alarm Name Cause Corrective Action Code Motor lock error Pump seized Replace the motor pump. • Restart again. Locked due to • Replace the hydraulic oil. The motor does not rotate contamination when started. • Clean the suction strainer. Bearing seized Replace the motor pump.
- Page 62 Alarm Name Cause Corrective Action Code PCB thermistor Controller failure Replace the controller. disconnection/short circuit The PCB thermistor is disconnected or short circuited. Abnormal temperature at Controller failure Replace the controller. The cooling fan has Replace the fuse for the cooling fan. stopped.
- Page 63 Alarm Name Cause Corrective Action Code Internal communication Controller internal Replace the controller. communication error error The CPU does not After completion of work. initialization, internal Communication fault communication was due to noise discontinued for the Controller failure stipulated time or longer. PIM00504...
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Page 64: Warning Causes And Corrective Actions
13.2 Warning Causes and Corrective Actions Warning Name Cause Corrective Action Code • Replace the fuse for the fan. Motor abnormal The motor cooling fan has • Replace the cooling fan. temperature warning stopped. • Replace the controller. • Replace the fan harness. The motor temperature exceeded the stipulated •... - Page 65 Warning Name Cause Corrective Action Code Motor electronic The load torque is larger Replace the pump or motor pump. thermal relay overload than usual due to wear of the pump, for example. Overload protection The motor magnets have Replace the motor or motor triggered by the electronic demagnetized and the pump.
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Page 66: Periodic Maintenance
13.3 Periodic Maintenance CAUTION Wear protective glasses and gloves for this work, and do it with the power OFF. When using air blow, take care to avoid getting foreign matter in your eyes. Note that oil will flow out from the piping during disassembly. Also, check that there is no residual pressure in the piping before starting the work. - Page 67 1) Shut off the source power supply to the controller. Set the circuit breaker for the entire power supply circuit to “OFF”. To assure safety, hang a tag stating, for example, “Operation Prohibited (Work in Progress)” on the power supply circuit breaker, preventing erroneous operation while the work is in progress.
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Page 68: Cleaning/Replacement Work
13.4 Cleaning/Replacement Work Inspection Work Timing/Interval Work Instructions • Oil tank/ Once a year Replace the hydraulic oil at regular intervals. Use for a Replacing the oil long time without replacing the oil will adversely affect the operation and life of the hydraulic equipment. •... -
Page 69: Oil Cooler Maintenance Instructions
13.5 Oil Cooler Maintenance Instructions WARNING Before starting maintenance work, stop the unit running and shut off the source power supply. Wear protective glasses and gloves for this work. The cooler fins are sharp, so take care. When using air blow, take care to avoid getting foreign matter in your eyes. -
Page 70: Disassembling The Oil Cooler
13.5.2 Disassembling the oil cooler Remove four cross-recessed pan-head screw and washer assemblies (M5 x 10L), and separate the core and shroud. Remove four cross-recessed hexagonal bolt and flat washer assemblies (M4 x 50L), and separate the shroud, DC fan and finger guard. Four cross-recessed hexagonal bolt and flat washer assemblies (M5 ×... -
Page 71: Oil Filler Port Cum Air Breather Maintenance Instructions
13.6 Oil Filler Port Cum Air Breather Maintenance Instructions 13.6.1 Removal method Turn the cap in the counterclockwise direction by hand and remove it. Strainer 13.6.2 Cleaning Air blow the filter section to blow off deposits and adhering material. Also remove dirt from inside the strainer’s cylinder. -
Page 72: Suction Strainer Maintenance Instructions
13.7 Suction Strainer Maintenance Instructions 13.7.1 Removal method 1) Set a drain oil receiver below the oil drainage port, open the oil drain plug (M12 × 20L), and drain out all of the hydraulic oil in the tank. 2) Remove the four hexagonal bolts (M8 × 20L) securing the top plate and tank, and hoist the motor by its suspension plates to separate it from the tank. -
Page 73: Reassembly
(3) When the pressure setting has been changed after shipment from Daikin. For the purpose of suppressing surge pressure in order to protect the main machine’s actuator and peripheral devices such as pressure gauges, it is advisable to set the safety valve setting to “unit set... - Page 74 [Safety Valve Adjustment Instructions] 1) Referring to the enlarged view of the safety valve on the next page, loosen the lock nut. (Lock nut: M10, width across flats of 14 mm) 2) In accordance with the guidance diagram for the length of the pressure adjusting screw, bring the screw to about the length corresponding to the desired control pressure.
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Page 75: Fixed Throttle (Φ0.8) Mounting Instructions
13.9 Fixed Throttle (φ0.8) Mounting Instructions When using the unit with a set pressure of 6 MPa or higher, if the pressure becomes unstable due to the effects of contaminants, etc., mount the fixed throttle (φ0.8) provided as an accessory. Check that there is no residual pressure before mounting it. -
Page 76: Minimum Rotational Speed Adjustment Instructions
13.10 Minimum Rotational Speed Adjustment Instructions Mounting the fixed throttle will also change the rotational speed in the pressure holding status, so adjust to the appropriate speed (380 min 1) Press the mode key on the panel to switch the display mode to the monitor mode. 2) Press the setting keys with the “n00”... -
Page 77: Chapter 14. Output Signal Timing Charts
Chapter 14. Output Signal Timing Charts The start/stop signals (digital input 0) in the timing charts all assume that the value set for [P00: Start/stop signal switching] is “1” (default value). When the value set for [P00: Start/stop signal switching] is “0”, the ON and OFF statuses of the start/stop signal (digital input 0) are inverted. - Page 78 Separate power supply source to control circuit • Judge the charging completed/not completed status based on DOUT (READY output). • An alarm output before or after turning on the control power indicates an abnormal status. • An alarm output before charging the main circuit or after shutting it off indicates an abnormal status. ...
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Page 79: Chapter 15. About Hybrid-Win (Maintenance/Control Functions)
Chapter 15. (MAINTENANCE/CONTROL FUNCTIONS) Hybrid-Win is a software tool for reading and controlling the information of a Daikin hybrid system (SuperUnit, ECORICH, Oilcon, etc.) on a personal computer. It makes it possible to set and monitor parameters efficiently from a Windows screen on the personal computer. - Page 80 Fax.: 81-6-6349-7862 Home Page: http://www.daikinpmc.com/en/ Contact: http://www.daikin.com/contact/hydraulic/ For requirements on Maintenance Repair Operation; All World Machinery Supply, Inc. a member of Daikin Group 6164 All World Way, Roscoe, IL 61073, U. S. A. Phone: +1-815-943-9111 Fax.: +1-815-943-5370 Home Page: http://www.allworldmachinery.com/us/...
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