INDEX INVERTER HYDRAULIC UNIT. 7 MPa. 10 MPa. 16 MPa. 21 MPa. List of Hybrid Hydraulic Unit Models. P.3 to 4. List of Super Unit Models Nomenclature

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1 INDEX INVERTER HYDRAULIC UNIT List of Hybrid Hydraulic Unit Models P. to List of Super Unit Models Nomenclature P.5 Main Features and Functions Super Unit Hydraulic Circuits P.6 Features P. to 8 Functions P.9 Function Option P.0 Hardware Option P. Pressure Flow Rate Characteristics (Representative) P. to Specifications/External Drawings MPa P.5 to Specifications/External Drawings 0 MPa P.5 to 8 Specifications/External Drawings P.9 to Specifications/External Drawings MPa P. to 8 Part Names, Functions, and the Operation of the Operation Panel P.9 to Power Supply and I/O Signal Cables P. to Harness Specifications (Recommended Parts) P. Option P. Method of Selection P.5 Handling P.6 6 MPa Oil Hydraulic Division Oil Hydraulic Equipment O

2 Get more than energy savings!! Saving energy is essential. However, the Daikin hydraulic system goes one step further than conventional models. 0

3 Combining Daikin s original high-efficiency IPM motors and hydraulic technology enables an unparalleled energy-saving effect and advanced functions. Energy-saving technology that supports hybrid products Daikin was the first in the industry to introduce an interior permanent magnet synchronous motor (IPM motor) into air conditioners for household use. Daikin was also an early adopter in the industry of the IPM motor for use in industrial-use air conditioners. We have led the industry as a front runner in air conditioner energy-saving performance. Hybrid products equipped with variable speed motors, developed by making full use of Daikin s original energy-saving motor technology and its production capacity, help to achieve energy savings for factory equipment Powerful neodymium magnets, the key to this improved energy-saving effect! Double torque improves the energy-saving effect. Combining two rotational forces, magnetic torque generated by a powerful neodymium magnet and reluctance torque, generates more power with less electricity. Ferrite magnet Neodymium magnet Neodymium magnets provide more power substantially more than the ferrite magnets in general use. : A compound of neodymium (Nd, rare-earth element), iron (Fe), and boron (B). Neodymium magnets are known to have superior magnetic properties. : Rotational force generated by attractive force (reluctance = magnetic resistance) between iron and a magnet. Fundamental Principle of the IPM Motor With a rare-earth permanent magnet deeply embedded in the rotor, the IPM motor uses an electromagnetic structure that maximizes magnetic torque (attractive/repulsive force between the coil and permanent magnet) and reluctance torque (force of the coil that attracts iron). This structure achieves high torque and maximum efficiency while suppressing heat generation. Structure of the IPM motor Rotor Stator S N N S S N Iron Rare-earth magnet IPM motor drive system (Interior permanent magnet synchronous motor) Since the magnetic field lines at the south pole side are made longer than those at the north pole side, the magnetic field lines at the south pole will try to shorten like a stretched rubber band contracts, resulting in rotational force due to reluctance torque in the direction indicated by arrow. Structure of a conventional motor (AC servomotor) Stator Rotating magnetic field N Rotor S N S S N Magnet SPM motor (Surface permanent magnet synchronous motor: e.g., servomotor, brushless DC motor) The lengths of the magnetic field lines at the south and north poles are equivalent. Therefore, no reluctance torque that results in rotational force is generated. [] Comparison of motor efficiency [] Large torque at low speed 00 Daikin IPM motor Daikin IPM motor Motor efficiency (%) High-efficiency induction motor General-purpose induction motor Daikin IPM motors have even greater efficiency than general-purpose induction motors and high-efficiency induction motors. Torque (%) General-purpose induction motor Daikin IPM motors are capable of outputting a large torque in low-speed ranges, eliminating the problems with insufficient torque in low-speed ranges often observed with general-purpose inverters Rated output (kw) Rotation speed (min ) 0

4 Specifications vary depending on the machine The Daikin product lineup provides various discharge rate For machine tools EcoRich EcoRich R Super EcoRich 0 L/min SUT00S00 Equivalent to.0 kw See Pages to L/min SUT00S0 SUT0S0 Equivalent to.0 kw See Pages to L/min SUT00S0 SUT06S0 Equivalent to 5.0 kw See Pages 9 to 0 L/min SUT00S0 SUT0S0 Equivalent to. kw See Pages to 8 L/min SUT00S0 8.5 L/min 5 L/min EHU5-L0 Equivalent to.5 kw EHU-M0 Equivalent to.8 kw EHU5-L0 Equivalent to. kw EHU5-M0 Equivalent to.8 kw EHUR- M0 Equivalent to.8 kw EHUS- M05R Equivalent to.5 kw Equivalent to.8 kw See Pages 5 to 6 SUT0S0 5 L/min EHU-L0 Equivalent to 0.5 kw EHU5R- M0 SUT00S50 SUT0S50 Equivalent to. kw Equivalent to. kw See Pages 5 to 6 operating pressure MPa 6 MPa MPa MPa MPa MPa 6-pattern PQ control Idling stop Communication function Analog command input 0

5 . functions and capacities according to the machine. For general industrial machines discharge rate For molding machines Super Unit Unit Super Unit SUT00D0 P-SUT0DKW Equivalent to.0 kw See Pages to 8 SUT00D 00 L/min 50 L/min SUT00S008 Equivalent to.0 kw SUT00S508 List of Hybrid Hydraulic Unit Models Equivalent to.0 kw See Pages 5 to 6 SUT0D SUT6D L/min Equivalent to 5.0 kw SUT00S SUT00D SUT06D SUT0D L/min SUT00S8 Equivalent to 5.0 kw Equivalent to 5.0 kw See Pages to SUT00D6 SUT06D6 50 L/min Equivalent to.0 kw SUT00S50 Equivalent to. kw See Pages to SUT00S0 SUT00S6 L/min SUT00S8 Equivalent to.0 kw SUT0S0 SUT06S6 Equivalent to. kw See Pages to 8 SUT00S50 Equivalent to 5.0 kw See Pages 9 to SUT00S56 Equivalent to.0 kw SUT0S50 SUT0S56 Equivalent to.8 kw See Pages 5 to 6 Equivalent to. kw See Pages 9 to 0 MPa 6 MPa MPa operating pressure 8 MPa MPa *: The above motor capacities are given for guidance only and do not represent the standard capacities of general motors. *: When selecting a Super Unit, verify the specifications of each model by referring to Pressure Flow rate Characteristics (Typical) on Pages and and How to Select a Super Unit on Page 5. For the purpose of making improvements, the specifications given in this catalog are subject to change without prior notice. Be sure to see the latest model chart. 0

6 List of Super Unit models Selecting the optimum model from a wide variety of Super Unit models Super Unit Series Single pump Double pump Motor capacity Equivalent to. kw Equivalent to.8 kw Equivalent to.8 kw Equivalent to. kw Equivalent to. kw Equivalent to. kw Equivalent to 5.0 kw Equivalent to 5.0 kw Equivalent to.0 kw Equivalent to. kw Equivalent to 5.0 kw Equivalent to.0 kw Equivalent to.0 kw operating pressure (MPa) flow rate (L/min) SUT00S50-.0 SUT00S0-0.0 SUT00S50-.0 SUT00S0-0.0 SUT00S0-6.0 SUT00S SUT00S6-.0 SUT00S0-.0 SUT00S00-5. SUT00D6-0.6 SUT00D- 0.6 SUT00D- 0.6 SUT00D0- Unit SUT0S50- SUT0S0- SUT0S50- SUT0S0- SUT0S0- SUT0S56- SUT06S6- SUT06S0- Equivalent to.0 kw.0 SUT00S0- SUT0S0-00 SUT06D6- SUT06D- SUT0D- SUT0D- SUT6D- P-SUT0DKW- Tank capacity (L) Page 5 to 6 5 to 6 to 8 to 8 9 to 9 to 0 to to to to 5 to 6 to 8 Nomenclature Equivalent to. to.0 kw SUT a 0 b S c 5 d 0 e f g h i a Model No. SUT: SUT series b Tank capacity 00: 0: L 06: L 0: 00 L 6: L c Pump D: Double pump S: Single pump d Pump discharge rate 5: 5 L/min : 5 L/min : L/min : L/min : L/min 0: 0 L/min e operating pressure 0:.0 MPa 0: 0.0 MPa 6: 5., 6.0 MPa : 0.6 MPa f Design No. Incremented at model changes,... g Function Option C: With communication function (RSC) P: With analog input function h Hardware Option 0 Full cover (except for L tank) 0 Controller cover (except for kw) 0 DCL (except for kw) 0 Separate power supplies for power system and control system 05 Water fill test compliant tank 06 Water leak test compliant tank 0 Level switch 08 Temperature switch 09 Thermometer 0 Micro separator Combination of to 0 above... i Non-standard No. N : Without control system A : With control system Equivalent to kw SUT a 00 b S c 0 d 0 e f g h a Model No. SUT: SUT series b Tank capacity 00: c Pump D: Double pump S: Single pump d Pump discharge rate 0: 0 L/min e operating pressure 0: :.0 MPa 0.6 MPa f Design No. Incremented at model changes,... g Function Option C: With communication function (RSC) P: With analog input function h Non-standard No. N : Without control system A : With control system 05

7 Main features and functions Features Energy-saving Daikin s original high-efficiency IPM motor drive system with inverter technologies provides a high energy-saving ratio of 50%. (Compared to Daikin s conventional variable piston pump) The motor rotation speed control controls the flow rate and pressure of the fixed displacement pump. The highly-efficient motor adopted in this unit achieves energy savings even in applications for general industrial machinery where actuators have high duty ratios. The single pump is a highly-functional series to make it more useful. The double pump uses the autonomously-switching, fixed-displacement double pump system, which combines large- and small-capacity pumps in the low pressure, high flow rate range, and autonomously switches to the single operation of the high-pressure, small capacity pump in the high pressure, low flow rate range. In this way, the double pump ensures a higher energy-saving effect. Low noise Low noise level of db (A) (In the pressure retained operation at 0.6 MPa, with the double pump unit) Even over the full operation range, noise is less than db (A). By using double phase-differential pumps, the Super Unit reduces pulsation and the noise level. * Data for SUT DL 5 Excluded from high-efficiency motor regulations The Super Units that incorporate a dedicated inverter driven motor are excluded from high-efficiency motor regulations. Restricted oil temperature rise Motor speed control also leads to restriction of the oil temperature rise. The restricted oil temperature rise inhibits deterioration of the hydraulic oil. This also lowers the heat load for air conditioning equipment Fewer control valves required A wide variety of control can be achieved by adjusting parameter settings. Acceleration/deceleration operations that have been accomplished using proportional control valves may be replaced by simply setting the acceleration/deceleration time. Pressure switch may be reduced by using the pressure switch function. (Note that some kinds of control are not applicable depending on the customer s circuit. Care must be taken especially when controlling multiple axes.) List of Super Unit Models, Nomenclature, Main Features and Functions Functions Multi-stage pressure/flow rate control Sixteen pressure (P) - flow rate (Q) setting patterns are available for cylinder control. The proportional control valve and proportional pressure control valve, which are utilized in conventional actuator circuits, can be omitted. The pressure and flow rate can be set using the control unit s operation panel. The pressure and flow rate settings can be selected from among the sixteen patterns using external input signals. The Super Unit autonomously switches between the pressure control and flow rate control modes. Communication function (Available as an option with all models) Remote control and setting changes are possible through RSC serial communication. Using a commercially-available PLC or touch panel display with RSC communication capabilities, parameters for the pressure, flow rate, acceleration time, deceleration time and so on can be set and viewed at the machine. This facilitates control of speeds and pressurizing forces and enables a wide variety of machine operations. Maintenance/Management Function (Hybrid-Win) Internal data of the Super Unit PC tool can be obtained by using PC Supported connected to the unit. The pressure, flow rate, and other internal data of the inverter can be monitored and displayed in the form of graphs. This facilitates operation checks during test runs, adjustment of parameters such as time constants, and troubleshooting. The time required for setting can be slashed by editing the parameter settings on the PC and writing them to the unit in a batch. The ability to read and save settings facilitates management. Analog command input (Available as an option with single pump models) Enables continuous control of pressures and speeds as required. The pressure and flow rate can be controlled continuously at the desired values by inputting the pressure command voltage (0 to 0 V) and flow rate command voltage (0 to 0 V) from the machine side. This achieves a control system with a simple configuration for machinery that requires variable speed control or continuity of pressurizing forces. Super Unit hydraulic circuits (example for the unit ) Single pump Double pump 6- Hose M Hose C/R P T DR Rc⅜ Rc Rp¾ M Hose 6- Above oil level Rc½ Part No. Name Tank Suction strainer Stop valve Oil filler port-cum-air breather 5 Oil level gauge 6- Controller 6- Inverter driven motor pump Oil cooler 0 Hose 6- M M C/R M P Rc¾ Hose Hose Hose T B P A 9 8 b T Rc Rc¾ P (low pressure) P (high pressure) 6- DR Rp¾ Above oil level Part No. Name Tank Suction strainer Stop valve Oil filler port-cum-air breather 5 Oil level gauge 6- Controller 6- Inverter driven motor pump Oil cooler 8 Return filter 9 Check valve with holes 0 AC fan 5 5 Rc½ 06

8 Features With excellent energy-saving technology, the Super Unit can substantially reduce electricity costs. The control system can be easily upgraded by combining various Super Unit functions. Feature Energy-saving Excellent cost effectiveness with energy-saving ratio of 50% (In pressure retained operation at 0.6 MPa) Based on Daikin s original air-conditioning motor and inverter technologies, the Super Unit incorporates the high-efficiency IPM motor drive system, which ensures both a high response speed and stable rotation speed control with fixed-displacement pumps. In pressure holding mode, the Super Unit autonomously reduces the motor rotation speed to the minimum value required to hold the pressure, thus ensuring energy savings of 50% or higher (compared with the conventional Daikin variable piston pump). The Super Unit can even provide an energy-saving effect with general industrial machinery in which actuators provide a high duty ratio, as well as in pressure holding mode. Existing hydraulic unit Super Unit Power consumption (kw) Operation time Power consumption (kw) Operation time Comparison of annual power consumption Power consumption (kw) kwh Existing hydraulic unit.6 kwh Super Unit Power consumption (average during operation) Approx. % reduction Annual energy-saving effect Decreased by $9. ( 9,0) [Estimation conditions] Existing hydraulic unit: double gear pump Model of Super Unit: SUT0D Cost of electricity: 5/kWh Annual operation time: 00 hours $: 00 POINT The solenoid operated relief valve used in the existing hydraulic unit is eliminated by pressure control with a Super Unit. This results in an approximately % reduction in power consumption. Feature Low noise Low noise level of db (A) (In pressure retained operation at 0.6 MPa, with the double pump unit) Even over the full operation range, noise is less than db (A). Running the motor at the minimum required rotation speed through inverter control achieves a remarkable noise level reduction in pressure holding mode. Examples of typical noise levels Ordinary conversation Suburban areas at night Noisy office In a bus or train Quiet park Low noise level Double pump in pressure holding mode at 0.6 MPa In a subway train 90 db Full operation range Super unit 50 It is generally known that ordinary conversation can be conducted with a person one meter away in an environment at a noise level of db (A). 0

9 Feature Excluded from high-efficiency motor regulations High-efficiency motor regulations will be enforced in Japan in April 05. These regulations will apply to the hydraulic units equipped with general motors but the Super Units that incorporate a dedicated inverter driven motor will be excluded from them. Advantages of using hybrid hydraulic units Eliminates the need for replacement of motors for each destination Eliminates the need for design changes in accordance with amendments to the regulations Reduces design changes to spare parts, and the maintenance workload Feature Restricted oil temperature rise Restriction of the temperature rise of the hydraulic fluid is one of the effects achieved by adopting Super Units. This generates the following advantages. Features Improved machining accuracy Reduced thermal distortion improves the machining accuracy. Reduced air-conditioning heat load The reduced heat load on the air conditioner achieves further energy savings. Extended service life of packing and other sealing materials Improved maintainability Deterioration of the packing and other sealing materials that are made of rubber, used for hydraulic valves and hydraulic cylinders, is restricted. Extended service life of the hydraulic fluid Reduced environmental load and improved maintainability Restricted deterioration of the hydraulic fluid extends its replacement interval. Feature 5 Fewer control valves required Example hydraulic press circuit configuration Reducing the Number of Control Valves by Creating a Software-based System Configuration Throttle valve Elimination of the throttle valve Special spool shockless solenoid valve Standardization of the solenoid valve General-purpose solenoid valve Elimination of the proportional control valve Combination flow/single flow switching valve M Driver Control unit M Proportional relief valve Conventional system configuration Super Unit system configuration 08

10 Functions Function Multi-stage pressure/flow rate control (6 PQ control setting patterns) Featured with standard models The force (pressure) and speed (flow rate) of the actuator (cylinder) can be controlled with 6 pressure (P) and flow rate (Q) setting patterns. The proportional control valve and proportional pressure control valve, which are utilized in conventional actuator circuits, are not required. Once the pressure and flow rate have been set at the controller s operation panel, you can select 6 preset patterns using external input signals. The Super Unit autonomously changes the control mode from flow rate control to pressure control (example: flow rate control is changed to pressure control at the cylinder stroke end). The solenoid valve that actuates the cylinder must be turned ON/OFF at the machine. Smooth changing of force (pressure) and speed (flow rate) Once acceleration time and deceleration time parameters are registered, the force or speed can be changed gradually during a pressure/flow rate setting change. Example of PQ control setting patterns PQ selection 0 PQ selection PQ selection PQ selection PQ Pattern selection: 0 Pressure: MPa PQ Pattern selection: Pressure: MPa PQ Pattern selection: Pressure: MPa PQ Pattern selection: Pressure: MPa Speed (mm/s) Pressurizing force (kn) 0 Deceleration low speed Pressurizing force Cylinder speed 00 Pressure release* 0 Lowered at high speed Pressurizing Raised Meter-in control is (-stage pressuring) performed for pumps PQ Time (sec) PQ selection 0 PQ selection selection PQ selection PQ selection 0 PQ pattern selection *: When pressure release control is disabled, an additional pressure release circuit should be provided for the load side. Function Maintenance/Management function (Hybrid-Win) Featured with standard models PC tool Supported This PC utility reads data from Daikin hybrid systems (Super Unit, EcoRich, oil cooling unit, etc.) and manages it. Parameter setting and monitoring can be accomplished efficiently using the Windows application. Main features Displaying graphs The pressure, flow rate, and other internal data of the inverter can be monitored and displayed in the form of graphs. This facilitates operation checks during test runs, adjustment of parameters such as time constants, and troubleshooting Reading, writing, editing, and saving parameters The time required for setting can be slashed by editing the parameter settings on the PC and writing them to the unit in a batch. The ability to read and save settings facilitates management. Reading and saving the alarm history This function enables quick identification of the parts that require maintenance and reduction of the downtime. The operating time display can serve as the guide for the timing to replace consumable parts or to conduct maintenance. Troubleshooting information including the diagnosis results of the cause of an alarm and action to take can be displayed. Communication cable *: Hybrid-Win is utility software to monitor the internal status of Daikin hybrid systems using a PC. The software and its instruction manual can be downloaded from the website free of charge by completing the user registration process. *: The communication cable is separately available. *: Some models require a dedicated separate monitor harness. *: It is possible to connect to a smart phone or factory LAN by adding an optional WiFi module. This is useful to facilitate the user s daily inspection/maintenance work and for remote monitoring. PC (to be prepared by the customer) Super Unit 09

11 Function Option Optional function Communication function The Super Unit and main machine can be remotely controlled with the same panel. This function eliminates complicated individual operations and installation space limitations. Enabling remote operation to change the operation conditions setting of the Super Unit Various settings such as acceleration/deceleration time and pressure switch settings, as well as the pressure and flow rate, can be set remotely. This makes it possible to control the hydraulic pressure operating conditions in synchrony with the control of the machine. Managing the pressure and flow rate at the machine The capability to read the operating conditions of the Super Unit makes it possible to display information such as the current pressure and flow rate on the screen at the machine. *: The serial communication interface conforms to the RSC standard. Prepare a control unit such as a PLC or touch panel display with the RSC communication function at the machine side. *: For details on the communication procedure, refer to the communication/remove control function instruction manual. Application of Super Unit Remote Operation and Communication Functions Installation in an elevated position or at a distance (within 5 m) Functions Optional functions Setting and monitoring P (pressure), Q (flow rate), and other data from the machine control panel Optional function Analog command input The capability to specify the pressure and flow rate with voltage ranging from 0 to 0 V enables continuous hydraulic control as required. Real-time variation in response to commands facilitates condition settings at the machine side. A hydraulic control system for machinery that requires variable speed control or continuity of pressurizing forces can be realized with a simple configuration. A joystick or trimmer can be connected for real-time control. 0

12 Hardware Option Hardware option Unit cover Hardware option Optionally available for units with motor capacities equivalent to. kw, 5 kw, and kw The cover protects the controller unit and piping. Controller cover Optionally available for models with motor capacities equivalent to. kw,.8 kw,. kw, and 5 kw The metal cover protects the controller unit. Example of unit cover installation Example of controller cover installation Hardware option Built-in DC reactor Optionally available for models with motor capacities equivalent to. kw,.8 kw,. kw, and 5 kw Appropriate when it is necessary to improve the power factor or reduce the harmonics of the power supply Optionally available for compact models with the capacity of 5 kw or smaller. Provided as standard for models with a capacity of kw or greater. Hardware option Separate power supplies for power system and control system Optionally available for units with motor capacities equivalent to. kw,. kw, 5 kw, and kw When an error occurs, only the main power supply is shut down and control power supply continues to carry current, thereby enabling the alarm code and internal status on occurrence of an error to be checked on the operation panel or through serial communication. Hardware option 5 Water fill test compliant tank, water leak test compliant tank Optionally available with all unit models The water fill test, one of the adaptation criteria for the Fire Service Act, and the water leak test, Daikin original standard, are carried out. The tanks that pass the tests have compliance s affixed and are delivered with the certificate. (Water fill test compliant tanks are not equivalent to Fire Service Act compliant tanks.) Hardware option 6 Level switch, temperature switch, thermometer, micro separator Optionally available with all unit models The accessories that can be fitted to the tank are provided as optional parts. The accessories can be purchased separately as optional parts. (See Page.)

13 Memo Hardware Option

14 Pressure Flow rate characteristics (Representative) SUT S50, SUT S0, SUT S0, SUT S0, SUT S0, SUT S SUT S00 S00 90 SUT S0 S0 Flow rate (L/min) SUT S0 S0 SUT S0 S0 SUT S0 S0 SUT S50 S Pressure (MPa) * Operating flow rate at the maximum pressure in continuous operation: SUT S50: L/min maximum SUT S0: 5 L/min maximum SUT S0: 8 L/min maximum SUT S0: L/min maximum SUT S0: 9 L/min maximum SUT S00: 6 L/min maximum SUT S50, SUT S0 90 Flow rate (L/min) SUT S0 S0 SUT S50 S Pressure (MPa) * Operating flow rate at the maximum pressure in continuous operation: SUT S50: L/min maximum SUT S0: 5 L/min maximum SUT S6, SUT S56 90 Flow rate (L/min) SUT S6 S6 SUT S56 S Pressure (MPa) * Operating flow rate at the maximum pressure in continuous operation: SUT S56: 5 L/min maximum SUT S6: 5 L/min maximum

15 Pressure Flow rate characteristics (Representative) SUT D6 SUT D Flow rate (L/min) 50 Flow rate (L/min) Pressure (MPa) * Operating flow rate at the maximum pressure in continuous operation: 8 L/min maximum SUT D Pressure (MPa) * Operating flow rate at the maximum pressure in continuous operation: 6.5 L/min maximum SUT D Pressure Flow rate characteristics (Typical) Flow rate (L/min) 50 Flow rate (L/min) Pressure (MPa) Pressure (MPa) * Operating flow rate at the maximum pressure in continuous operation: L/min maximum * Operating flow rate at the maximum pressure in continuous operation: 6 L/min maximum

16 Super Unit [Single pump ] operating pressure MPa Pressure Flow rate characteristics (Representative) flow rate 5/ L/min Model code 0 00 SUT S00 S00 SUT S50- SUT S0- Flow rate (L/min) SUT S0 S0 SUT S0 S0 SUT S0 S0 SUT S0 S0 0 0 SUT S50 S50 Tankless Unit Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: SUT S50: L/min maximum SUT S0: 5 L/min maximum Specifications Model SUT00S50- SUT00S0- SUT0S50- Unit SUT0S0- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color 5..5 to 5. Equivalent to. kw.5 to.0 -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 9 59 Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing to 8.5 Equivalent to.8 kw to 5. Equivalent to. kw Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 0 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Ivory white (Munsell code 5Y.5/) to 8.5 Equivalent to.8 kw Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. 5

17 External dimension diagram SUT00S50- SUT00S0- Pressure indication and operation panel 5 P Rc⅜ Part No. Name Quantity - Inverter driven motor pump - Controller (5) (6) AC fan Base (8) -φ0 holes (for fixing bolts) (M8 bolts recommended) 5 φ8 hole (Power cable port) φ hole (Signal cable port) - (8) DR Rc⅜ 5 () (66) (0) Suction air 5 ******** Unit Safety caution (09) - (6) () Unit 9 T Rc Optional port: Rp⅜ () φ hole (Signal cable port) (5) (5) 50 Pressure indication and operation panel () 6- DR Rp¾ (above oil level) -M8 (Manifold bracket mount) 96 Optional port: Rp½ 50: 00 () 5 P Rc⅜ Foundation plate (Option) (E-SUTPLATE-) -φ5 holes (for fixing bolts) (M bolts recommended) 50 SUT0S50- SUT0S0- Part No. Name Quantity Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filter port-cum-air bleeder 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan Suction port: G¾ Cleaning port Specifications and external dimension diagram MPa 5/ L/min φ8 hole (Power cable port) Suction air 8 0 Bolt Caution Safety caution SUT0S5L0- Unit L Upper limit (Yellow line) L Lower limit (Red line) (56) () (50) Cleaning port tightening caution 55 6 Oil sampling port/ Oil drain port: Rc½ Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) 5 -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (550) (5) 6

18 Super Unit [Single pump ] operating pressure MPa Pressure Flow rate characteristics (Representative) flow rate Model code L/min 0 00 SUT S00 S00 SUT S0-90 SUT S0 S0 Flow rate (L/min) 50 SUT S0 S0 SUT S0 S0 SUT S0 S0 0 0 SUT S50 S50 Tankless Pressure (MPa) Unit * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 8 L/min maximum Specifications Model SUT00S0- Unit SUT0S0- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to 9..5 to.0 Equivalent to. kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 6 6 Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 0 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

19 External dimension diagram P Rc½ Pressure indication and operation panel 5 - Controller AC fan Base 5 (0) Quantity Inverter driven motor pump 5 Name - (9) Part No. 8 SUT00S0- (8) 5 5 φ hole (Signal cable port) - - Safety caution (08) 5 5 ******** Unit Suction port: G¾ 50 8 Unit DR Rp¾ (above oil level) 55 T Rc 5 (5) SUT0S0- -M8 (Manifold bracket mount) Part No. Name Quantity Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 00 50: 50 9 (5) Optional port: Rp½ Optional port: Rp⅜ P Rc½ Pressure indication and operation panel () () Foundation plate (Option) (E-SUTPLATE-) 96 -φ5 holes (for fixing bolts) (M bolts recommended) () Specifications and external dimension diagram 0 Suction air DR Rc⅜ (5) (66) () (8) -φ0 holes (for fixing bolts) (M8 bolts recommended) (59) φ8 hole (Power cable port) MPa L/min 6- Cleaning port L Lower limit (Red line) Suction air Cleaning port tightening caution 6 EHUR-M0- Unit L Upper limit (Yellow line) Oil sampling port/ Oil drain port: Rc½ (9) Safety caution φ8 hole (Power cable port) (56) 5 9 φ hole (Signal cable port) Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) (50) 95 -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) Bolt Caution (550) (5) 8

20 Super Unit [Single pump ] operating pressure MPa Pressure Flow rate characteristics (Representative) flow rate Model code L/min 0 00 SUT S00 S00 SUT00S0- SUT06S0- Flow rate (L/min) 90 50: SUT S0 S0 SUT S0 S0 SUT S0 S0 SUT S0 S0 0 0 SUT S50 S50 Tankless Pressure (MPa) Unit * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: L/min maximum Specifications Model SUT00S0- Unit SUT06S0- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to 6..5 to.0 Equivalent to 5.0 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 56 9 Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 0 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing. 9

21 External dimension diagram Unloading port Rc½ Pressure indication and operation panel 5 () P Rc¾ Quantity Inverter driven motor pump - Controller AC fan Base Check valve φ8 hole (Power cable port) (95) 5 -φ0 holes (for fixing bolts) (M8 bolts recommended) 5 (6) φ hole (Signal cable port) () Name - 8 Part No. 5 (9) () SUT00S0- - ******** Unit 8 Unit (86) () 58 8 Suction port: Rc DR Rp¾ (above oil level) (85) 00 () (88) 50 SUT06S0- T Rc¾ (Plugged at shipment) Optional port: Rp⅜ Optional port: Rp½ P Rc¾ -φ5 holes (for fixing bolts) (M bolts recommended) Foundation plate (Option) (E-SUTPLATE-) Pressure indication and operation panel () () () 9 6- Part No SUT06SL0- Cleaning port tightening caution L Upper limit (Yellow line) 5 L Lower limit (Red line) Cleaning port () Suction air () 85 -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (50) Wing bolt for fastening during transportation (at location on the back) 0 (To be removed before operation) Bolt Caution Unit 6- MPa Safety caution Quantity L/min 5 0 Name Oil tank Suction strainer Stop valve Oil level gauge Oil filler port-cum-air breather Inverter driven motor pump Controller Oil cooler AC fan Return filter Check valve 69 () 00 -M8 (Manifold bracket mount) 0 50: T Rc Specifications and external dimension diagram 5 (8) - Safety caution (95) 5 Suction air (6) (66) () DR Rc⅜ Oil sampling port/ Oil drain port: Rc½ 0

22 Super Unit [Single pump ] operating pressure MPa Pressure Flow rate characteristics (Representative) flow rate Model code L/min 0 00 SUT S00 S00 SUT S0-90 SUT S0 S0 Flow rate (L/min) 50 SUT S0 S0 SUT S0 S0 SUT S0 S0 0 0 SUT S50 S50 Tankless Pressure (MPa) Unit * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 9 L/min maximum Specifications Model SUT00S0- Unit SUT0S0- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to to.0 Equivalent to.0 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 0 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. 00 Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

23 SUT0DL0- External dimension diagram 5 Motor cable Pressure indication and operation panel (9) SUT00S0- P Rc¾ Part No. Name Quantity - Inverter driven motor pump - Controller AC fan Base Unloading port: Rc½ (5) (96) Check valve 5 5 () 0 6 (5) -φ0 holes (for fixing bolts) (M8 bolts recommended) 5 - DR Rc⅜ - () 8 58 Suction air Unit Safety caution (85.5) () (8) Unit T Rc-¼ (Plugged at shipment) T Rc-½ 50 Pressure indication and operation panel Optional port: Rp⅜ Optional port: Rp½ -φ5 holes (for fixing bolts) (M bolts recommended) (85) 00 5 DR Rp¾ (above oil level) () (88) 50 -M8 (Manifold bracket mount) 00 50: () () () Foundation plate (Option) (E-SUTPLATE-) () 5 Wing bolt for fastening during transportation (at locations) (To be removed before operation) P Rc¾ (Fitted with a vinyl cap at shipment) Transportation SUT0S0- () (90) Suction port: Rc (Plugged (with O-ring) at shipment) Part No. Name Quantity Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 9 Return filter 0 Check valve Cleaning port Specifications and external dimension diagram MPa L/min (6) Suction air (88) 0 (895) Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) Bolt Caution () -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (50) Unit Safety caution Cleaning port tightening caution L Upper limit (Yellow line) 6 L Lower limit (Red line) 50 50: 5 6 Oil sampling port/ Oil drain port: Rc½ (6)

24 Super Unit [Single pump ] operating pressure MPa Pressure Flow rate characteristics (Representative) flow rate 0 L/min Model code 0 00 SUT S00 S00 SUT00S00-90 SUT S0 S0 Flow rate (L/min) 50 SUT S0 S0 SUT S0 S0 SUT S0 S0 0 0 SUT S50 S50 Tankless Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 6 L/min maximum Specifications Model SUT00S00- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color 0.0. to 0.5 to.0 Equivalent to.0 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 0 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

25 I DAIKIN MFG No.: : INPUT : PH 00V 50Hz PH 00/0V Hz A: MASS : kg DAIKIN INDUSTRIES LTD. MADE IN JAPAN 5 Disconnect all power before opening terminal cover of unit. Wait 5 minutes until DC Bus capacitors dischange. MFG No.: Note. MASS : 88 kg INSULATION CLASS: F V Hz MAX. FLOW : L/min φ 00 50: 6 A 0.9 PF MAX.PRESSURE :.6 MPa φ φ DAIKIN INDUSTRIES,LTD. MADE IN JAPAN DAIKIN INDUSTRIES,LTD. MADE IN JAPAN DAIKIN INDUSTRIES,LTD. MADE IN JAPAN External dimension diagram Suction port: Rc-¼ 89 SUT00S00- Encoder wiring connector 8 0 D EC NC 6 Discharge port Rc-¼ &ast;&ast; Drain port Rc⅜ Unloading port Rc¾ Motor wiring port (φ8) AC fan, thermistor wiring port (φ) Suction air 0 : (Installation) Control unit SUT00S00- SUT00D0- Controller (Installed separately) Cooling fan Cooling fan Controller installation hole -φ8 (M6 bolts recommended) Specifications and external dimension diagram.5 <Top> Cooling fan suction Cooling fan exhaust (5) User I/O terminal (M) Encoder Motor thermistor Pressure sensor I/O signal Controller FG FG GND +5V Z- Z+ B- B+ A- A+ THM- THM+ AGND AO (QO) AGND AO (PO) AGND AIN (QI) AGND AIN (PI) AGND P_S A5V ALM_C ALM_B ALM_A DOCOM DO DO6 DO5 DO DO DO DO DI8 DI DI6 DI5 DI DI DI DI DICOM DGND RxD TxD FG FG PMC*** ****-****** DANGER WARNING May cause electric shock. DAIKIN INDUSTRIES LTD. MFG No.: MASS : kg MAX. FLOW : L/min MAX.PRESSURE : MPa INSULATION CLASS: F V Hz A φ 00 50: 5 (5) (5) (5) φ 00 φ 0 PF Operation panel Product Main power supply terminal block (M5) Main power supply DC reactor Regenerative resistor Motor output Electromagnetic valve terminal block (M) Electromagnetic valve power supply AC fan power supply MPa 0 L/min

26 Super Unit [Single pump ] operating pressure flow rate Model code SUT S50-0 MPa 5 L/min Flow rate (L/min) Pressure Flow rate characteristics (Representative) SUT S0 S0 0 SUT S50 S50 0 Tankless Unit Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: L/min maximum Specifications Model SUT00S50- Unit SUT0S50-5 flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to 5..5 to 0.0 Equivalent to.8 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 9 59 Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

27 External dimension diagram SUT00S50- Pressure indication and operation panel 5 P Rc⅜ Part No. Name Quantity - Inverter driven motor pump - Controller (5) AC fan (6) Base φ8 hole (Power cable port) φ hole (Signal cable port) (8) -φ0 holes (for fixing bolts) (M8 bolts recommended) 5 (8) DR Rc⅜ (Fitted with a vinyl cap at shipment) 5 () (66) (0) Suction air 5 ******** Unit Safety caution (09) - (6) () 8 50 Suction port: G¾ (Fitted with a vinyl cap at shipment) Unit 9 T Rc (Fitted with a vinyl cap at shipment) Optional port: Rp⅜ 5 55 (5) (5) 50 DR Rp¾ (above oil level) -M8 (Manifold bracket mount) Optional port: Rp½ 00 50: P Rc⅜ SUT0S50- Part No. Name Quantity Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filter port-cum-air bleeder Specifications and external dimension diagram () Pressure indication and operation panel () 96 () Foundation plate (Option) (E-SUTPLATE-) -φ5 holes (for fixing bolts) (M bolts recommended) 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 0 MPa φ hole (Signal cable port) 6-5 Cleaning port 5 L/min φ8 hole (Power cable port) Suction air 8 Safety caution SUT0S5L0- Unit L Upper limit (Yellow line) L Lower limit (Red line) 6-9 (56) () Cleaning port tightening caution 6 Oil sampling port/ Oil drain port: Rc½ 0 Bolt Caution 95 (50) Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) 5 -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (550) (5) 6

28 Super Unit [Single pump ] operating pressure flow rate Model code SUT S0-0 MPa L/min Flow rate (L/min) Pressure Flow rate characteristics (Representative) SUT S0 S0 0 SUT S50 S50 0 Tankless Pressure (MPa) Unit * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 5 L/min maximum Specifications Model SUT00S0- Unit SUT0S0- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Mass (kg) Digital output Contact output Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to to 0.0 Equivalent to. kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 6 6 Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

29 External dimension diagram Pressure indication and operation panel - Controller AC fan Base (0) Quantity Inverter driven motor pump (9) Name - -φ0 holes (for fixing bolts) (M8 bolts recommended) (8) 5 Part No. 8 SUT00S0-5 5 P Rc⅜ φ8 hole (Power cable port) φ hole (Signal cable port) - DR Rc⅜ ******** Unit 5 8 Suction port: G¾ 50 Unit DR Rp¾ (above oil level) 5 55 (5) 50 SUT0S0-50: 9 (5) Part No. Name Quantity Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 00 -M8 (Manifold bracket mount) T Rc (Fitted with a vinyl cap at shipment) Optional port: Rp⅜ Optional port: Rp½ P Rc⅜ Pressure indication and operation panel () Foundation plate (Option) (E-SUTPLATE-) 96 () -φ5 holes (for fixing bolts) (M bolts recommended) () Specifications and external dimension diagram (59) - Safety caution (08) 0 Suction air (5) (66) () (8) 0 MPa 6- Cleaning port φ hole (Signal cable port) 5 L/min 0 (9) 6-6 Suction air Cleaning port tightening caution (56) L Lower limit (Red line) SUT0SL0- Unit L Upper limit (Yellow line) Safety caution 9 φ8 hole (Power cable port) Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (50) 95 Bolt Caution (550) 55 Oil sampling port/ Oil drain port: Rc½ (5) 8

30 Super Unit [Single pump ] operating pressure 6 MPa Pressure Flow rate characteristics (Representative) flow rate 5 L/min Model code SUT S56- SUT S6- Flow rate (L/min) SUTS6 SUT S6 SUTS56 SUT S Tankless Unit Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 5 L/min maximum Specifications Unit Model SUT00S56- SUT00S6- SUT0S56- SUT06S6-9 flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Rated current (A) Operating conditions Motor pump/unit AC φ00v (50 Hz) AC φ00v ( Hz) AC φ0v ( Hz) Power source breaker setting (A) External output signal External input signal Digital output Contact output Mass (kg) Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to 5.. to 5.6. to 5.. to to 6.0 Equivalent to. kw Equivalent to 5.0 kw Equivalent to. kw Equivalent to 5.0 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

31 External dimension diagram 5 (0) 5 8 SUT00S56- SUT00S6- P Rc⅜ Pressure indication and operation panel (9) Name Quantity - Inverter driven motor pump - Controller AC fan Base φ8 hole (Power cable port) φ hole (Signal cable port) 5 Part No. 5 -φ0 holes (for fixing bolts) 5 (M8 bolts recommended) () ( ) 58 ( 90) 8 ( 50) - DR Rc⅜ - Safety caution 8 5 (5) 58 ( ) 8 ( 50) Optional port: Rp½ 5 DR Rp¾ (above oil level) Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan -φ5 holes (for fixing bolts) (M bolts recommended) () φ8 hole (Power cable port) Cleaning port Cleaning port tightening caution SUT0S5L6- Unit Suction air 8 L Upper limit (Yellow line) Safety caution Foundation plate (Option) (E-SUTPLATE-) () 5 6- φ hole (Signal cable port) L Lower limit (Red line) 6- Bolt Caution Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) SUT06S6-86 () -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) DR Rp¾ (above oil level) 86 -M8 50 (Manifold bracket mount) (85) 85 Name Quantity Oil tank T Rc¾ (Plugged at shipment) Suction strainer Optional port: Rp⅜ Stop valve Optional port: Rp½ Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 0 Part No T Rc Oil sampling port/ Oil drain port: Rc½ 6 MPa P Rc⅜ Pressure indication and operation panel -φ5 holes (for fixing bolts) (M bolts recommended) () () 9 Foundation plate (Option) (E-SUTPLATE-) () 6-5/ 5 Safety caution SUT06SL6- Cleaning port tightening caution Suction air L/min () 85 -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (50) 95 Bolt Caution 5 Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) L Upper limit (Yellow line) 5 L Lower limit (Red line) Cleaning port Return filter Unit 9 AC fan Specifications and external dimension diagram 69 Stop valve 6 Pressure indication and operation panel (50) Suction strainer (9) P Rc⅜ (56) 9 Oil tank 95 Quantity Name Part No. T Rc (Fitted with a vinyl cap at shipment) Optional port: Rp⅜ 0 SUT0S56- Suction port: G¾ (Fitted with a vinyl cap at shipment) ( ): Dimensions for SUT00S56- -M8 (Manifold bracket mount) 9 (5) (5) 5 Unit (59) ******** Unit (5) 0 Suction air (08) (66) () () ( ) Oil sampling port/ Oil drain port: Rc½

32 Super Unit [Double pump ] operating pressure flow rate Model code SUT D6- Tankless 6 MPa Unit L/min Flow rate (L/min) Pressure Flow rate characteristics (Representative) Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 8 L/min maximum Specifications Model SUT00D6- Unit SUT06D6- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Digital output Contact output Mass (kg) Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to.0.5 to 5. Equivalent to. kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 5 9 Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal..0 Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

33 External dimension diagram Unloading port Rc½ Pressure indication and operation panel P Rc¾ 5 (6) AC fan Base Check valve 58 8 φ hole (Signal cable port) - Suction air ******** Unit (95) (9) 58 8 DR Rp¾ (above oil level) (85) 00 (0) 50 SUT06D6- () 00 T Rc¾ (Plugged at shipment) Optional port: Rp⅜ Optional port: Rp½ P Rc¾ Foundation plate (Option) (E-SUTPLATE-) Pressure indication and operation panel () 9 6- () 0 Name Oil tank Suction strainer Stop valve Oil level gauge Oil filler port-cum-air breather Inverter driven motor pump Controller Oil cooler AC fan Return filter Check valve 5 6 MPa Safety caution SUT06DL6- Unit Cleaning port tightening caution 6- L Upper limit (Yellow line) 5 L Lower limit (Red line) L/min () Cleaning port Suction air M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (50) Wing bolt for fastening during transportation (at location on the back) 0 (To be removed before operation) 5 () 95 Bolt Caution 68 Quantity 6 -φ5 holes (for fixing bolts) (M bolts recommended) () Part No M8 (Manifold bracket mount) 0 (9) 50 T Rc 595 Suction port: Rc Specifications and external dimension diagram 5 (9) 8 Unit - Safety caution 0 5 DR Rc⅜ (6) (66) () -φ0 holes (for fixing bolts) (M8 bolts recommended) 5 (8) φ8 hole (Power cable port) () 5 () Controller (95) - 5 Quantity Inverter driven motor pump (9) Name - 5 Part No. 8 () SUT00D Oil sampling port/ Oil drain port: Rc½

34 Super Unit [Double pump ] operating pressure flow rate Model code SUT D- Tankless MPa Unit L/min Flow rate (L/min) Pressure Flow rate characteristics (Representative) Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 6.5 L/min maximum Specifications Model Unit SUT00D- SUT06D- SUT0D- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Digital output Contact output Mass (kg) Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to 6..5 to 0.6 Equivalent to 5.0 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

35 External dimension diagram P Rc¾ 5 () DR Rc⅜ (66) Suction air Unit Safety caution 5 (85) 00 T Rc¾ (Plugged at shipment) Stop valve Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 9 Return filter 0 Check valve -φ5 holes (for fixing bolts) (M bolts recommended) () 0 SUT06DL- Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 9 Return filter 0 Check valve Cleaning port tightening caution 6- Suction air 8 Cleaning port () (85) 00 () 50 (88) 55 Oil sampling port/ Oil drain port: Rc½ M8 (through hole) Tapped holes for mounting the foundation plate (at locations) -M8 (Manifold bracket mount) T Rc¾ (Plugged at shipment) Optional port: Rp⅜ Optional port: Rp½ P Rc¾ -φ5 holes (for fixing bolts) (M bolts recommended) () () Foundation plate (Option) (E-SUTPLATE-) () 6-9 MPa Cleaning port 5 00 L Upper limit (Yellow line) SUT0DL- Unit 0 Safety caution L/min Oil sampling port/ Oil drain port: Rc½ 5 () M8 (through hole) Tapped holes for mounting the foundation plate (at locations) (50) 95 Bolt Caution 0 8 Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) Cleaning port tightening caution 6- Suction air 6 L Lower limit (Red line) () L Lower limit (Red line) Bolt Caution Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) T Rc (Fitted with a vinyl cap at shipment) L Upper limit (Yellow line) () Quantity Safety caution Unit 6 Name 5 0 Part No. Foundation plate (Option) (E-SUTPLATE-) () 6-9 DR Rp¾ (above oil level) (Fitted with a vinyl cap at shipment) SUT0D- () () Suction strainer 95 P Rc¾ Oil tank (86) (.5) Optional port: Rp/ 0 Quantity Name Optional port: Rp/ Part No. - DR Rp¾ (above oil level) () (88) -M8 50 (Manifold bracket mount) SUT06D- Suction port: Rc (Fitted with a vinyl cap at shipment) 0 T Rc ******** 5 (5) 8 Unit () Specifications and external dimension diagram Unloading port Rc½ - (8) Base Check valve -φ0 holes (for fixing bolts) 5 (M8 bolts recommended) (6) Pressure indication and operation panel (95) AC fan φ hole (Signal cable port) (6) φ8 hole (Power cable port) (95) (50) Controller - () Quantity Inverter driven motor pump 5 Name - () Part No. 5 8 SUT00D- (9) ()

36 Super Unit [Double pump ] operating pressure flow rate Model code SUT D- Tankless MPa Unit L/min Flow rate (L/min) Pressure Flow rate characteristics (Representative) Pressure (MPa) * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: L/min maximum Specifications Model Unit SUT00D- SUT0D- SUT6D- 5 flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Digital output Contact output Mass (kg) Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color to to 0.6 Equivalent to.0 kw -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) 5 Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

37 External dimension diagram 5 Motor cable Pressure indication and operation panel (9) P Rc¾ SUT00D- Unloading port: Rc½ Part No. Name Quantity - Inverter driven motor pump - Controller AC fan Base Check valve (9) -φ0 holes (for fixing bolts) (M8 bolts recommended) () 6 (5) (96) - DR Rc⅜ 5 () Suction air Unit Safety caution Transportation () - (90) (99) (8) Unit T Rc-½ T Rc-¼ (Plugged at shipment) Optional port: Rp⅜ Optional port: Rp½ -φ5 holes (for fixing bolts) (M bolts recommended) () ( ) Wing bolt for fastening during transportation (at location on the back) (To be removed before operation) 8 (6) 6- Suction air 50 (88) 0 0 (85) 00 () (88) M8 (Manifold bracket mount) 9 (895) Bolt Caution Wing bolt for fastening during transportation ( locations) (To be removed before operation) Foundation plate (Option) (E-SUTPLATE-) () () SUT0D- SUT6D- () 5 DR Rp¾ (above oil level) (Fitted with a vinyl cap at shipment) P Rc¾ 6-95 (65) ( ) () -M8 (through hole) Tapped holes for mounting the foundation plate (at locations) Part No. Name Quantity Oil tank Suction strainer Stop valve Oil level gauge 5 Oil filler port-cum-air breather 6- Inverter driven motor pump 6- Controller Oil cooler 8 AC fan 9 Return filter 0 Check valve 0 (50) SUT6DL- Unit Safety caution Cleaning port tightening caution 55 Cleaning port ( ) 90 ( 5) 8 ( 6) Suction port: Rc (Plugged (with O-ring) at shipment) 6 L ( 00 L) Upper limit (Yellow line) L ( 6 L) Lower limit (Red line) Oil sampling port/ Oil drain port: Rc½ ( ): Dimensions for SUT6D- (6) 5 Specifications and external dimension diagram MPa L/min 6

38 Super Unit [Double pump ] operating pressure flow rate SUT00D0- P-SUT0DKW- Tankless Model code MPa 0 L/min Flow rate (L/min) Pressure Flow rate characteristics (Representative) Pressure (MPa) Unit * The graph shows actual flow rates (representative values). * Operating flow rate at the maximum pressure in continuous operation: 6 L/min maximum Specifications Model SUT00D0- Unit P-SUT0DKW- flow rate (theoretical value; L/min) * operating pressure (MPa) Pump unit Operating flow rate adjustment range (L/min) Operating pressure adjustment range (MPa) Motor capacity Motor capacity (equivalent kw) Power supply Motor pump/unit AC φ00v (50 Hz) Rated current AC φ00v ( Hz) (A) AC φ0v ( Hz) Power source breaker setting (A) External output signal Operating conditions External input signal Digital output Contact output Mass (kg) Usable oil * Operating hydraulic oil temperature (in tank) Operating ambient temperature Storage ambient temperature Operating ambient humidity Installation site Others Tank capacity (L) Standard coating color 0.6. to 0.5 to 0.6 -phase, 00 V (50 Hz), 00 V ( Hz), 0 V ( Hz) (Permissible voltage fluctuation: ±0%) channels Photo-coupler insulation, DC V (DC V maximum), 5 ma/channel channels, photo coupler insulation, FET output, DC V, 50 ma maximum per channel channel ( common contact), dry contact Contact capacity: DC V, 0.5 A (resistance load) Special mineral-oil base hydraulic oil/wear-resistant hydraulic oil Viscosity grade: ISO VG to 68 Viscosity range: 5 to 0 mm /s Contamination: Within NAS class 9 Volumetric water content: 0.% maximum 0 to C (Recommended operating temperature range: 5 to 50 C) 0 to C 0 to C 85% RH max. (no condensation) Indoors (Be sure to secure the unit with bolts.) Be sure to connect a circuit breaker for all (three) poles and the earth leakage breaker. Make sure that the electrical wiring meets the requirements of European Standard EN0-. Frequent turning this unit s power supply ON/OFF will considerably shorten the control unit s service life. To start or stop the unit at 8-minute or shorter intervals, use the unit s control stop function. Be sure to connect the ground terminal. 0 Equivalent to kw 00 Ivory white (Munsell code 5Y.5/) Note) *: The pump flow rate has been factory-set to the maximum discharge rate. The maximum discharge rate given in the table above is a theoretical value, not a guaranteed value. *: Consult Daikin about the use of hydraulic oils other than mineral-oil base (e.g. hydrous/synthetic) such as water-glycol hydraulic oil. Keep the contamination level of the hydraulic fluid within NAS contamination class 0 for operating pressures of MPa or lower. *: The unit incorporates a safety valve. *: When selecting a Super Unit, refer to Pressure-Flow rate characteristics and how to select a unit on Page 5. For the purpose of making improvements, the specifications given in catalogs are subject to change without prior notice. Be sure to refer to the latest outside drawing.

39 G/ DAIKIN DAIKIN INDUSTRIES,LTD. MADE IN JAPAN DAIKIN OIL HYDRAULIC UNIT External dimension diagram Suction port: Rc ¼ 89 SUT00D0- (Refer to Page for the external dimensions of the controller) 5 Drain port Rc⅜ Motor wiring port (φ8) AC fan, thermistor wiring port () Discharge port Rc ¼ 9 Unloading port Rc¾ 8 0 : 99 Suction air (installation) Unit 90,6,088 88, Drain port: Rc¾ (Fitted with plastic plug) Tank : Rc (Fitted with plastic plug) 0 (0) 0 5 (98) Super Unit switch board P-SUT0DKW- Tank : Rc-½ (Fitted with plastic plug) Discharge port: Rc (Fitted with plastic plug) Specifications and external dimension diagram MPa Unit 00 L Upper limit: 00 L 850 Lower limit: 65 L Oil level gauge guard 9 0 L/min Part No. Name Quantity Oil tank - Motor pump - Surge cutting block Oil level gauge Oil filler port-cum-air breather 5 Suction strainer 6 Return filter Oil cooler 8 Pressure gauge 9 Thermometer 0 Outlet block Vibration-absorbing rubber 6 Foundation plate Fan motor Electrical cabinet Suction air,50 Safety caution Leak test by filling water Certificate Thermometer Wiring port for the user Tank drain port: Rc½ (at locations) (Fitted with high-pressure plug)

40 Part names, functions, and the operation of the operation panel Using the key switches on the Super Unit controller, you can monitor the pressure and flow rate and set or change parameters. Outline of Functions NO. Item [MODE] key [DOWN] key [UP] key [ENT] key Data display Description Selects the operation mode. Decrements a value set for the operation mode/monitor mode/data. Increments a value set for the operation mode/monitor mode/data. Confirms the edited operation mode/monitor mode/data. Normal mode: Displays the actual pressure or alarm code. Monitor mode: Displays the pressure switch setting, each pressure setting, each flow rate setting, the actual flow rate, or the actual rotation speed. Setting mode: Set or change the pressure, flow rate, or other parameters. Alarm mode: Check the alarm history. Communication setting mode: Change communication settings. Shifting between Modes To return to the monitor mode or normal mode from other modes, press the key. To go to the setting mode or alarm mode, press and hold down a combination of keys for seconds. Turn on the power Normal mode Hold down for more than two seconds. Hold down for more than two seconds. Hold down for more than two seconds. Monitor mode Setting mode Communication setting mode Alarm mode 9

41 Monitor mode The following items can be checked in the monitor mode. Item No. Name Unit Description n00 * Pressure switch setting MPa 0PSI [When the PSI unit is selected: 0 PSI] Displays the pressure switch setting. n0 * Pressure setting MPa 0PSI [When the PSI unit is selected: 0 PSI] Alternately displays the high (single flow) and low (combination flow) pressure settings for the current P-Q selection number. n0 Flow rate setting L/min Alternately displays the high (single flow) and low (combination flow) flow rate settings for the current P-Q selection number. n0 Flow rate L/min Displays the current flow rate. n0 * Latest alarm code Displays the alarm code of the alarm that occurred most recently. The current power ON count can be checked by pressing the key. Press the key to check how many times the power has been turned on so far. n05 Rotation speed 0min Displays the current rotation speed of the motor. [SUT D] Displays the solenoid valve switching status: Low pressure [L] (combination flow) or High pressure [H] (single flow), and the P-Q selection number. Example: Combination flow (low pressure) - P-Q selection No. n06 Operation status [SUT S] Displays the low pressure status [L] and P-Q selection number or the selected P-Q selection number only. Example: Combination flow (low pressure) - P-Q selection No. Example: P-Q selection No. n0 Reverse rotations at power OFF min Displays the total number of rotations of the motor when it rotates in the reverse direction due to reverse flow from the load when the power supply for the unit is turned OFF. This value is used to estimate the machine load volume. n08 Regenerative load integration ratio % Displays the regenerative load integration ratio of the current regenerative braking resistance. n0 Motor temperature C Displays the temperature of the motor. n Heat emission fin temperature C Displays the temperature of the heat emission fins. n Setting mode Main circuit voltage n Analog input voltage V n Analog input voltage n5 Analog output voltage n6 Analog output voltage V V V V Displays the controller s internal circuit voltage. The indicated voltage is a value equivalent to "power supply voltage ". The main circuit voltage may vary depending on the operating conditions and momentarily exceed 50 V due to a regenerative current during deceleration and other operations. However, this is not abnormal. Displays the input voltage at analog input terminal AIN. Displays the input voltage at analog input terminal AIN. Displays the output voltage at analog output terminal AO. Displays the output voltage at analog output terminal AO. *: The default setting is displayed in MPa (standard display unit). If you change the display unit to PSI, ensure that you indicate in some manner that the monitor value is displayed using the PSI unit (attach a label, etc). However, use of the PSI unit in Japan is subject to punishment under the Measurement Law. Users should supply their own unit indication labels. *: You can check the current power ON count by pressing the key when an alarm code is displayed. For details on alarm codes, refer to the alarm descriptions in the Operation Manual. The following data can be set in the setting mode. For details on the settings, refer to the Operation Manual of the relevant model since they vary depending on the model. Part names, functions, and the operation of the operation panel The pressure, flow rate, acceleration time, deceleration time, etc., to be set for multi-stage pressure/flow rate control Enable/disable setting of pressure switch functions Display unit selection Dry run judging pressure, time, etc. Various control gains

42 Power supply and I/O signal cables SUT S50-, SUT S0-, SUT S50- SUT S0-, SUT S0-, SUT S0- SUT S56-, SUT S6- SUT D6-, SUT D- Internal terminal layout (with the controller cover open) Ground terminal I/O signal terminal block Recommended cable clamp OA-W6 (I/O signal cables) Recommended cable clamp OA-W6 (power cables) Power supply connection terminal block SUT S0-, SUT D- Internal terminal layout (with the controller cover open) I/O signal terminal block Power supply connection terminal block Ground terminal for power cable Recommended cable clamp OA-W6 (power cables) Recommended cable clamp OA-W6 (I/O signal cables) * Main power supply connections: Connect a -phase AC power supply (00 V/50 Hz, 00 V/ Hz, or 0 V/ Hz) to the power supply terminals (L, L and L), and connect a ground cable to the ground terminal. * I/O signal connections: Connect digital input terminals, digital output terminals, and contact output terminals as shown on Page.

43 通電中及び電源遮断後 5 分以内はターミナルカバーを開けないで下さい Disconnect all power before opening terminal cover of unit. Wait 5 minutes until DC Bus capacitors dischange. Power supply and I/O signal cables SUT00S00-, SUT00D0-, P-SUT0DKW- User I/O terminal block (M) Encoder Motor thermistor Pressure sensor I/O signal FG FG GND +5V Z- Z+ B- B+ A- A+ THM- THM+ AGND AO (QO) AGND AO (PO) DANGER WARNING 感電のおそれがあります May cause electric shock. AIN (QI) AIN (PI) AGND AGND AGND P_S A5V DAIKIN INDUSTRIES, LTD. ALM_C ALM_B ALM_A DOCOM DO DO6 DO5 DO DO MFG No.: MASS kg INSULATION CLASS: F V Hz A MAX. FLOW : L/min φ 00 50: MAX.PRESSURE : MPa φ 00 φ 0 PF DO DI DO DI8 DI6 DI5 DI DAIKIN INDUSTRIES,LTD. MADE IN JAPAN DI DI DI DICOM DGND RxD TxD FG FG Main power supply terminal block (M5) Main power supply DC reactor Regenerative resistor Motor output Solenoid valve terminal block (M) Solenoid valve power supply AC fan power supply Digital input signal Digital output signal External control equipment External power supply (DC V) ICOM DIN. kω. kω. kω DO 50 ma maximum Load External power supply (DC V) DIN. kω DO Load. kω OCOM DIN DIN DIN5. kω. kω. kω. kω. kω 5 ma * The digital input common terminal can be either positive or negative. * Prepare an external power supply (DC V ± V, 0.5 A or more). * The current of the input circuit is 5 ma per channel. Analog input signal * The digital output common terminal can be either positive or negative. * Prepare an external power supply (DC V ± V, 0.5 A or more). * The maximum output current of the output circuit is 50 ma per channel. Contact output signal COM Analog output signal Contact output a Contact output b Common (The above figure shows the normal status of the relay contacts.) * The switching capacity of the contact output is DC V, 0.5 A (at resistance load). * The minimum applicable load of the contact output is DC 0 mv, 0 µa, but this is only a guide to the lower limit where switching is possible with a minute load. The value varies depending on the switching frequency, environmental conditions, etc., so it is advisable to check the actual value. Power supply and I/O signal cables Analog input 0 to 0 V AIN AGND AO AGND V Analog output 0 to 0 V Analog input 0 to 0 V AIN AGND AO AGND V Analog output 0 to 0 V

44 Harness specifications (Recommended parts) Model SUT S50 SUT S0 SUT S50 SUT S0 SUT S56 SUT S6 SUT S0 Cable size.5 mm or more (AWG or larger size).0 mm or more (AWG or larger size) Power supply cable Recommended cable CE6.5 mm wires (KURAMO ELECTRIC) CE6.0 mm wires (KURAMO ELECTRIC) Recommended crimp terminal RBV- RBV5.5- Recommended cable clamp OA-W (OHM ELECTRIC) Applicable cable outer diameter: φ9 to φ OA-W6 (OHM ELECTRIC) Applicable cable outer diameter: φ to φ6 Cable size 0. to 0.5 mm (AWG0 to ) I/O signal cable Recommended cable Recommended cable clamp SUT S0 SUT D6 SUT D SUT D 6.0 mm or more (AWG0 or larger size).5 mm or more (AWG or larger size).0 mm or more (AWG or larger size) 6.0 mm or more (AWG0 or larger size) CE6 6.0 mm wires (KURAMO ELECTRIC) CE6.5 mm wires (KURAMO ELECTRIC) CE6.0 mm wires (KURAMO ELECTRIC) CE6 6.0 mm wires (KURAMO ELECTRIC) RBV5.5-5 RBV- RBV5.5-5 OA-W9 (OHM ELECTRIC) Applicable cable outer diameter: φ5 to φ9 OA-W6 (OHM ELECTRIC) Applicable cable outer diameter: φ to φ6 OA-W6 (OHM ELECTRIC) Applicable cable outer diameter: φ to φ6 OA-W9 (OHM ELECTRIC) Applicable cable outer diameter: φ5 to φ9 0. to.0 mm (AWG6 to ) 0. to 0.5 mm (AWG0 to ) 0. to.0 mm (AWG6 to ) KVC-6SB mm OA-W6 (OHM ELECTRIC) Applicable cable outer diameter: φ9 to φ SUT00S00 SUT00D0 0 mm or more CE6 0.0 mm wires (KURAMO ELECTRIC) R to 0.5 mm - - (AWG) Model SUT00D0 Power supply cable for solenoid valve output Cable size Recommended cable Recommended crimp terminal Recommended cable clamp CE6 0.5 mm wires (Controller side) RBA (KURAMO ELECTRIC) (Solenoid valve side) RBA.5- Model SUT00D0 Recommended cable CE6 0 mm wires (KURAMO ELECTRIC) Motor cable AC fan power supply cable Motor thermistor harness Recommended crimp terminal (Controller side) R8-5 (Motor side) R8-6 Recommended cable CE6 0.5 mm wires (KURAMO ELECTRIC) Recommended crimp terminal (Controller side) RBA.5- Recommended cable KVC-6SB 0. to 0.5 mm (KURAMO ELECTRIC) Recommended crimp terminal (Controller side) RBA.5- (Motor side) RBA.5-.5 Specifications of harnesses for the SUT00D0 If preparing your own harnesses, make the harness length no greater than 5 m. Name Encoder harness Model PM-SEH05-P-A09R Terminal specifications SUT unit Controller side Cable Contact 66- Housing 69- (All manufactured by AMP) Round terminal with a vinyl insulation sheath (PBA.5-) KVC-6SB (KURAMO ELECTRIC) Cable specifications Cable gauge AWG Cable length 5 m Ferrite core (recommended) Not required Pressure sensor harness PM-SPH05 (with a ferrite core) Contact 6- Rubber cap 6- Housing 5- Double lock plate -58- (All manufactured by AMP) Round terminal with a vinyl insulation sheath (PBA.5-) KVC-6SB (KURAMO ELECTRIC) AWG0 5 m TFCM (Kitagawa Industries) or equivalent

45 Option The following optional parts can be purchased separately from the Super Unit. These parts are to be mounted by the user. Base plate set These parts are used to fasten the Super Unit to a floor surface. The bolts for mounting the unit to the floor should be prepared by the user. Model E-SUTPLATE- Applicable model Unit : Single pump Unit : Double pump SUT0S50- SUT0S0- SUT06S0- SUT0S0- SUT0S50- SUT0S0- SUT0S56- SUT0S0- SUT06S6- SUT06D6- SUT0D6- SUT06D- SUT0D- SUT0D- SUT6D- Color Ivory white (Munsell code 5Y.5/) Accessories () Base plate ( pcs) () Tank fastening bolt (8 pcs) () Plain and spring washers for the above parts (8 pcs each) Example of installation Base plate dimensions -C 5 5 φ5 hole C -φ0 holes t. 5 50: Level switch Model E-DLSN-L-A-0 E-DLSN-L-B-0 E-DLSN-L-A-0 E-DLSN-L-B-0 Operating voltage V DC/AC V DC/AC Temperature switch Model E-MQT8PD-LX-0 V DC/AC V DC/AC Operating voltage AC 00 V DC V Operating current 0.05 A DC/AC 0.05 A DC/AC 0.05 A DC/AC 0.05 A DC/AC Operating current AC A DC 50 ma Contact resistance Ω maximum Ω maximum Ω maximum Ω maximum * Directly mountable on the Rc/ option port on the top face of each tank. Contact resistance mω maximum * Directly mountable on the Rc/8 option port on the top face of each tank. Thermometer Protection class IP65 IP65 IP65 IP65 Protection class Oil level triggering alarms SUT0 (with L tank) SUT06 (with L tank) SUT0 (with 00 L tank) SUT6 (with L tank) SUT0 (with L tank) SUT06 (with L tank) SUT0 (with 00 L tank) SUT6 (with L tank) SUT06 (with L tank) SUT0 (with 00 L tank) SUT6 (with L tank) SUT06 (with L tank) SUT0 (with 00 L tank) SUT6 (with L tank) Oil level triggering alarms IP65 C L maximum 50 L maximum 8 L maximum 5 L maximum L maximum 50 L maximum 8 L maximum 5 L maximum 5 L maximum 5 L maximum L maximum 5 L maximum 5 L maximum L maximum Closed Closed Closed Closed Open Open Open Open Closed Closed Closed Open Open Open Micro separator CE standard N/A N/A N/A N/A CE standard N/A Specifications of harnesses (Recommended parts) Option Model Thermometer specification Temperature indication range Size Model Size E-RBT-00-00L Bimetal 0 to 00 C φ5 E-MSB-0 0

46 Method of selection How to Select a SUPER UNIT. Determine the cylinder that requires the maximum pressure and flow rate.. To operate several cylinders simultaneously, calculate the pump discharge rate required for each circuit. Refer to (6) below. () Calculation of cylinder output (see the calculation formula for each load) Calculate the force F (N) required for the cylinder. () Calculation of the required pressure (Pu) of the cylinder (Pu = F/A) Based on the force (F) and pressurized area (A), calculate the net pressure (Pu; MPa) required for the cylinder. () Calculation of the required pressure (Pp) of the pump (Pp = Pu + P) Calculate the pressure Pp (MPa) required for the pump by adding the total pressure loss P to the pressure (Pu) required for the cylinder. () Calculation of the net required discharge rate (Qc) of the cylinder (Qc = A V 0.06) Based on the cylinder speed (V) and pressurized area (A), calculate the net discharge rate (Qc; L/min) of the cylinder. (5) Calculation of the required discharge rate (Qp) of the pump Add the flow rate loss to the net discharge rate (Qc) of the cylinder. (6) Total required discharge rate (Qp) of the pump Calculate the maximum required discharge rate of the pump by totaling the (Qp) values of the cylinders to be simultaneously operated. F: Load (N) A: Pressurized area of the cylinder (cm ) * The pressurized area varies depending on the specifications of the hydraulic cylinder. P: Valve pressure loss + Piping pressure loss (MPa) V: Speed (cm/sec) g: Flow rate loss (L/min) Set the flow rate loss according to () the pressure reducing valve, and () the pressure reducing valve diameter.. Based on the maximum required pump pressure (Pp) and pump discharge rate (Qp), select the SUT series unit size. By referring to the "Pressure Flow Rate Characteristics" charts (on Pages and ), select a model such that the Pu and Qc values of all cylinders fall within the P-Q curve. (Reference) Load analysis (cylinder output) Calculate the cylinder force (Fs) depending on the operation and load. Operation/Load Calculation of force (Fs) A. Mechanical load Load requiring a pushing or pulling force (Examples: pressing, forming, cutting, shearing) User-defined value (Generally specified in tons) B. Load driven under its own weight load W Load driven by negative force in a cylinder pushing or pulling operation to move a driven target (e.g., table lifter) up/down. Fs = W The required force is equal to the weight of the driven target. C. Inverting load Load whose direction of force changes (+ ) (Examples: down ender, workpiece rotation) Fs = I/I W I = L cosθ I = L cosθ W I L θ θ L I D. Resistance load W Load driven by positive sliding force in both forward and backward operation (Examples: pusher, table slide) Fs = W μ Friction coefficient { Standard setting: 0. Other cases: user-defined value E. Inertial load W Load driven by large inertial force in high-speed operation with a heavy object (Example: Coil car travel) Fs = W μ Friction coefficient { Standard setting: 0. Other cases: user-defined value 5

47 Handling The following are the minimum requirements for use of the Super Unit. For details, refer to the unit s Instruction Manual. Ambient conditions. Ambient temperature: 0 to C, ambient humidity: 85%RH maximum (with no condensation), altitude:,000 m maximum, to be used indoors Hydraulic oil. Use general petroleum hydraulic oil (R&O) or wear-resistant hydraulic oil. Hydrous or synthetic oil cannot be used.. Use hydraulic oil equivalent to ISO VG to 68 and operate the unit within an oil viscosity range from 5 to 0 mm /s and a tank oil temperature from 0 to C. The recommended operating range is from 5 to 50 C (0 to 00 mm /s).. Keep contamination of hydraulic oil within NAS class 9, or NAS class 0 for MPa or lower pressure. Installation and piping. This hydraulic unit mounts the motor pump using vibration-absorbing rubber to prevent pump vibration being transmitted to the unit. Use hoses for piping to the unit to provide flexibility.. The unit is a stationary. Fix it with bolts on a level location that is free of vibration.. Do not place any obstacles to oil cooler air intake and exhaust within a distance of 00 mm from the intake and exhaust vent of the motor and the oil cooler. Install the unit at a location with good air flow so that heated air can be vented. Take care about the temperature of the intake air: it must satisfy the stipulated condition for ambient temperature ( C maximum).. Use hoses for piping to provide flexibility. 5. Before operating the unit, be sure to remove the wing bolt and spacer for protecting the rubber vibration isolator. If you fail to do so, the noise and vibration may be excessive. 6. Be sure to secure the space required to access the unit during electrical wiring at the noise filter box or control unit side. Electric wiring. Install a no-fuse breaker and a ground fault interrupter compliant with European Standard EN9- in the main power supply of this hydraulic unit, to protect the electrical circuits against shorting and overcurrent, and to prevent electric shocks.. Use suitable electric cable in accordance with the power supply capacity.. Be sure to provide a ground connection with a grounding resistance of 00 Ω maximum, and connect the grounding wire directly with no breaker in the line.. Take care not to leave waste metal such as screws and cutting chips, combustible matter such as wood waste or oil, or wiring debris inside the controller. 5. Use a commercial power supply for the power source. The use of an inverter power supply may cause burn damage to the unit. 6. Before accessing the interior of the controller, turn the unit s power supply OFF. Make sure that the circuit is turned OFF using the circuit breaker for the primary power supply, and then wait at least 5 minutes. Other precautions. If a failure occurs in the hydraulic unit, the system indicates an alarm and stops.. If failure or malfunction of this unit is expected to cause death or pose a danger to human beings, adopt appropriate safety measures in the facilities. If this unit is used in an important facility, also adopt appropriate safety measures in the facility to ensure that a failure of the equipment will not lead to a serious accident or loss.. It takes approximately seconds for this hydraulic unit to start up after being powered ON. Depending on the piping conditions, the unit may take longer to increase the pressure to the pressure switch s preset level, resulting in pressure switch signal output. In this case, set the machine up so that it will not accept this alarm output during this period.. Do not turn the power OFF/ON with the main power breaker frequently. It may damage inverter components. (To start and stop the unit, use the start/stop signal.) Method of selection Handling 6

48 Osaka Office YODOGAWA PLANT -, Nishi-Hitotsuya, Settsu, Osaka , Japan Phone: Fax.: Home Page: Contents in this catalog are subject to change for improvement without prior notice. GKA (0.0.00) DF.MD.MD