Alarko OPTIMA 5/8 Operating Instruction

Circulation pump
Hide thumbs Also See for OPTIMA 5/8:

Advertisement

Quick Links

OPTİMA
5/8, 4/10, 4/8, 4/4, 3/12-180,
3/10-180, 3/7-180, 2/10-180
Circulation Pump
Operating Instruction

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the OPTIMA 5/8 and is the answer not in the manual?

Questions and answers

Summary of Contents for Alarko OPTIMA 5/8

  • Page 1 OPTİMA 5/8, 4/10, 4/8, 4/4, 3/12-180, 3/10-180, 3/7-180, 2/10-180 Circulation Pump Operating Instruction...
  • Page 2 Code No: A.7.1.10i Revision Date: 25/03/2024...
  • Page 3: Table Of Contents

    CONTENTS 1. CAUTION ..................5 2. WARNINGS AND SYMBOLS ............5 2.1 Types of Symbols and Warnings ..........5 3. GENERAL ..................6 3.1 Description of the Pump ...............6 3.2 Applications (Intended Use)............7 3.3 Pumped Liquids ................7 3.4 Operating Conditions ..............8 3.5 Insulation Shells ................8 4.
  • Page 4 8. FIRST START-UP, CONTINUOUS OPERATION AND SHUTDOWN ..................27 9. OPERATING MODES AND SELECTION CRITERIA ....29 9.1 Manual Operating Mode .............30 9.2 Constant Pressure Operating Mode ...........30 9.3 Variable Pressure Operating Mode ..........32 9.4 Operating Mode Selection Criteria ..........34 10. ADDITONAL ACCESSIORIES...........35 11.
  • Page 5: Caution

    68 years of experience. Please contact your authorized Alarko-Carrier customer service if you need any information or encounter a problem. The details in the following pages apply to Optima 5/8, 4/10, 4/8, 4/4, 3/12-180, 3/10-180, 3/7-180, 2/10-180 types. 2. WARNINGS AND SYMBOLS...
  • Page 6: General

    3. GENERAL 3.1 Description of the Pump Alarko Optima is a brand new type of circulation pump which regulates its speed according to the system needs by the ECM (Electronic Commutated Motor) technology and the controller on it, as well as saves energy with its various types of operating mode choices.
  • Page 7: Applications (Intended Use)

    Pump adjustments should be made taking into account this situation. The effect of the water-glycol mixture on pump performance according to the mixture rate is shown in the Alarko Pump Selection Software. To prevent glycol dissolution, do not exceed the maximum allowable fluid temperature in Section 3.4 and minimize operating time at high temperatures.
  • Page 8: Operating Conditions

    3.4 Operating Conditions Alarko Optima pumps are developed for the circulation and pressurization of the water flowing in the heating and air conditioning systems located in the residential, commercial and industrial establishments. Input Voltage: Single Phase 230 Volts AC (± 10%) and 50 Hz (earth protected).
  • Page 9: Contents Of The Package, Lifting, Transportation

    CAUTION! Improper transportation or storage may lead to damage to the product. It is advised to check and examine the product whether it is the ordered type and delivered undamaged. If the pump is damaged or deformed, it should not be used without an approval of the Alarko-Carrier customer services.
  • Page 10: Pump Details

    5. PUMP DETAILS 5.1 Nameplate The information given in the nameplate is shown below: Figure 5.1: Sample of a Nameplate Number Description First digit of the nominal flange diameter Max. head Pump housing length Production year Min. and Max. power Temperature class Enclosure class Input frequency...
  • Page 11: Technical Data

    5.2 Technical Data Table 5.2: Technical Data In order to avoid the noise and damage due to the cavitation, the minimum inlet pressure values are given on the table below. Table 5.3: Minimum Inlet Water Pressure Values CAUTION! The values listed in the table apply to pumps installed up to 300 meters above sea level.
  • Page 12: Pump Installation

    6. PUMP INSTALLATION Mechanical and electrical installation must be carried out by qualified personnel and in accordance with the instructions on this manual and also with applicable regulations. CAUTION! Before any installation, the pipework should be checked for contamination and flushed if there is any. 6.1 Positioning The pump should be installed into the pipework without any strain or bearing the weight of the...
  • Page 13 The pump must be not perpendicular to the ground. Figure 6.2: Incorrect Pump Positions The position of the control box can be changed in order to see and use the display easier. To adjust the position, the 4 bolts, which hook the motor housing and pump housing together, are removed and the motor housing is adjusted by rotating it to the appropriate one from the allowed positions and reconnected to the pump housing with bolts.
  • Page 14: Mechanical Installation

    6.2 Mechanical Installation 1. Make sure that all the piping of the system must be done before beginning the installation. 2. Close the valves on the inlet and outlet side to isolate the pump from water flow. 3. Check the coherence of the system pressure and the min. & max. pressure values of the pump.
  • Page 15 Washer Bolt Figure 6.5: Flanged Pipe Connection Table 6.1 Recommended Tightening Torque Values 10. After completing the connection, open the isolating valves of inlet and outlet sides and check if there is any leaking. 11. Make sure that the four condensate drain grooves around the pump are open.
  • Page 16: Filling And Venting

    12. After the installation is completed, place the insulation shells as shown in Error! Reference source not found. Figure 6.7: Placing the Insulation Shells 6.3 Filling and Venting In order to ensure the pump to operate efficiently also without any damage and noise, the air in the system must be vented and the system pressure must be between the values given in Table 5.2 and Table 5.3.
  • Page 17 For cable and fuse selection, Table 6.2 should be considered. Table 6.2: Cable and Fuse Values Electrical connection diagram is given at Figure 6.8. Figure 6.8: Electrical Connection Diagram 1. Check the phase and neutral outlets of the mains. 2. Attach cable ferrules to the cable tips appropriate to the cable diameter. 3.
  • Page 18 5. Pull the power supply cable through the no.1 cable gland shown in. Figure6.10 Figure 6.10: Cable Gland View 6. Make the electrical connections of the passed cable to the socket compatible with “A” in Figure 6.10, as shown in Figure 6.8. 7.
  • Page 19: Parallel/Back-Up Operation

    The power cable should not be in contact with the pump or pipeline. The voltage value of the mains must be in between the limits given in Error! Reference source not found. It is recommended to use a residual-current device (RCD) to protect the user and the pump.
  • Page 20: Display And Settings

    7. DISPLAY AND SETTINGS The control display shows the information about the pump status and allows the user to set the desired mode to operation. Optima pumps have 3 different display options which are graphical display, 2-Digit and non-display. 7.1 Graphical Display The graphical display has 2 LEDs, five control buttons and one TFT screen.
  • Page 21 The main menu is shown below: • Nu. 1 shows the “Start/Stop” icon which use for start/stop and pause the pump. • Nu. 2 shows the “Operating Mode Adjustment” icon that open the operating modes user interface. • Nu. 3 shows the “Fault” icon. It is appearing when warning/error occurred that gives the information about fault codes.
  • Page 22 While upon the “Operating Mode Adjustment” icon“ press “OK” button to select the graphical view area. Press “OK” button to active the operating mode adjustment. When the activation is on, the white frame blinks around the graphical view. In this menu; it is switching between operating modes with the “Left” and “Right” buttons.
  • Page 23 • Constant Pressure Operating Mode is chosen from operating modes and press the “OK” button after selection. • Press “Down” button to adjust desired constant pressure operating point and then press “OK” button to select point. • When the activation is on, the white frame blinks around the constant pressure operating points.
  • Page 24 7.1.3 Fault Messages In this submenu, the errors and warnings which occur in the pump are shown. Refer to the Section 12 for fault handling. “Fault” icon is appearing when warning/error occurred. Errors/Warnings codes appear on the screen. Press “OK” button upon on “Fault” icon and use direction keys to see other faults if more than one faults.
  • Page 25 The layout of the buttons and display: 1. Manuel Operating LED: It is on while the pump runs in manual operating mode. 2. Variable Pressure Operating LED: It is on while the pump runs in variable pressure operating mode. 3. Constant Pressure Operating LED: It is on while the pump runs in constant pressure operating mode.
  • Page 26 Constant Pressure Operating Mode Shows the selected head with 0.5 meter intervals. The pump sets in constant pressure operating mode by pressing the “MENU” button. “Constant Pressure Operating LED” is on while the pump operates in constant pressure operating mode. The desired head is modified by “Up”...
  • Page 27: First Start-Up, Continuous Operation And Shutdown

    FIRST START-UP, CONTINUOUS OPERATION AND SHUTDOWN Depending on the water temperature in the pipe system, any part of the pump is subject to high temperatures. In case of a contact to the non-plastic surfaces, there is a risk of burn and conflagration.
  • Page 28 Non-display pump operate automatically when the power is CAUTION on and continues to operate maximum speed if the additional module is not installed. Use additional accessories to adjust the operating modes. For detailed information about control modules see the ACM&CCM Additional Accessories Operating Instructions.
  • Page 29: Operating Modes And Selection Criteria

    9. OPERATING MODES AND SELECTION CRITERIA Optima circulation pumps save energy with its various types of operating mode choices, which they track the curves of system needs by the ECM technology. Optima Operating Modes Manual Variable and constant pressure operating modes save energy...
  • Page 30: Manual Operating Mode

    9.1 Manual Operating Mode H H H H H H Figure 9.2: The curve of the Manual Mode In this operating mode, the pump sets its speed fixed on the selected rpm. The speed is set by 50 rpm intervals. Flow Q (m³/h) Q Q Q Q Q Q 9.2 Constant Pressure Operating Mode...
  • Page 31 According to the rule given above: • A is set at 7.5m Örneğin; grafikteki A,B,C,D çalışma noktalarına göre seçilen pompalar için H değeri aşağıdaki gibidir. ayar • B is set at 7.5m  A noktası • C is set at 8m 7.5m ...
  • Page 32: Variable Pressure Operating Mode

    9.3 Variable Pressure Operating Mode ayar ayar Flow Q (m³/h) Figure 9.5: The curve of the Variable Pressure Mode In this operating mode, the pump sets its speed by tracking a line between the selected head value (H ) and half of it, depending on the flow changes in the system.
  • Page 33 The figure below is given as an example: Figure 9.6: Example of the Variable Pressure Mode...
  • Page 34: Operating Mode Selection Criteria

    9.4 Operating Mode Selection Criteria The selection of the operating modes is based on the criteria which are given below: Variable Pressure Constant Pressure Manual Operating Mode Operating Mode Operating Mode * Delivery head loss>4mSS * Delivery head loss<2mSS * Very long distribution pipes Two-Pipe * Natural circulation * High head losses in the system...
  • Page 35: Additonal Accessiories

    10. ADDITONAL ACCESSIORIES The pump can operate integrated into the building management system with optional control modules. In this context, the Communication Control Module (CCM) and Analogue Control Module (ACM) are available for users. The Communication Control Module (CCM) is a structure that provides communication between the control board of the pump and the building management system via serial communication protocols (RS-485) by using BACnet and Modbus protocols and allows changing or monitoring certain...
  • Page 36: Warranty, Maintenance And Service

    11. WARRANTY, MAINTENANCE AND SERVICE Providing that the warnings, mounting and usage principals stated in this manual are applied, Alarko Optima Pumps are warranted to be free from defects in materials and manufacturing workmanship under normal use and service for a period of 2 (two) years.
  • Page 37: Faults, Causes And Remedies

    12. FAULTS, CAUSES AND REMEDIES The troubleshooting must only be done by authorized CAUTION service. Before starting work, switch off the power supply. Begin work 1 minute after switching off the power. If any impeditive state occurs for the pumping operation, the pump automatically stops, gives a warning code.
  • Page 38 Warning Cause Remedy Code Input voltage is above 245V. Ensure that the input voltage is within specified limits. Input voltage is below 207V. Ensure that the input voltage is within specified limits. The motor speed exceeds the set point If the system has multiple pumps, make sure the pumps all speed.
  • Page 39 Error Cause Remedy Code Check that water temperature is within allowed range. Motor Temperature: Wait for the motor to cool down. Temperature of motor windings is either too high or too low. To verify that the motor temperature sensors are not damaged (shorted/open), call service support.
  • Page 40 - Faulty connection between motor temperature sensor and control card. -To verify that the motor temperature sensors or motor windings - Faulty connection between motor windings are not damaged (shorted/open), and to verify the correct and control card. firmware on the card, call service support. - Corrupt firmware.
  • Page 41 The fault flowchart of the pump is given below: Figure 11.3: Fault Flowchart...
  • Page 42: Dismaltling

    13. DISMALTLING Dismantling of the pump must be carried out by qualified personnel and in accordance with the instructions on this manual and also with applicable regulations. Before dismantling, switch off the power supply. All dismantling process must be done while the power is OFF. Wait until the display is completely turned off.
  • Page 43: Disposal

    14. DISPOSAL For the disposal of the pump, authorized technical services or related recycling facilities can be used. Warnings and cautions in Section 13 must be taken into consideration while dismantling the pump. Disposal of the pump or pump parts must be performed considering the environmental impact and in accordance with the related regulations 15.
  • Page 44: General Selection Chart And Performance Curves

    15.2 General Selection Chart and Performance Curves...
  • Page 45 OPTİMA 5/8...
  • Page 46 OPTİMA 5/8...
  • Page 47 OPTİMA 4/10...
  • Page 48 OPTİMA 4/10...
  • Page 49 OPTİMA 4/8...
  • Page 50 OPTİMA 4/8...
  • Page 51 OPTİMA 4/4...
  • Page 52 OPTİMA 4/4...
  • Page 53 OPTİMA 3/12-180...
  • Page 54 OPTİMA 3/12-180...
  • Page 55 OPTİMA 3/10-180...
  • Page 56 OPTİMA 3/10-180...
  • Page 57 OPTİMA 3/7-180...
  • Page 58 OPTİMA 3/7-180...
  • Page 59 OPTİMA 2/10-180...
  • Page 60 OPTİMA 2/10-180...
  • Page 61: Consumer Rights

    16. CONSUMER RIGHTS When it is understood that the goods are defective the consumer may use one of the following options: To withdrawal from the contract by declaring that it is ready to return the sold item, To withhold the sold item and request a discount from the sales price at the defect rate, To request free repair of the sold item at the seller’s expense if it does not require an excessive cost,...
  • Page 62 If your dispute regarding the goods/services you have purchased is related to: • The defect in goods/services, • The unfair terms contained in the contract you have signed with the seller/ provider, • The early payment discount to be made is wrong or not made at all in case you make an early payment for the goods/services you purchased in installments, •...
  • Page 65 Tel: (0322) 457 62 23 - Fax: (0322) 453 05 84 ANTALYA : Mehmetçik Mahallesi Aspendos Bulvarı No: 79/5 - ANTALYA web: www.alarko-carrier.com.tr Tel: (0242) 322 00 29 - Fax: (0242) 322 87 66 e-posta: info@alarko-carrier.com.tr : 444 0 128...

Table of Contents