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This manual contains information on how to do that; please read it carefully. Due to continuous product improvements this manual is subject to changes without notice. Your Inepro business partner is dedicated to your satisfaction and will be pleased to answer your questions and your concerns. Best wishes,...
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In no event shall the publisher and the author be liable for any loss of profit or any other commercial damage caused or alleged to have been caused directly or indirectly by this document. Version 3.2.1 created: July 2016 in Nieuw-Vennep. Publisher Inepro B.V. Managing Editor K. de Graaf Technical Editors P. Grimmerink J.
Table of Contents Introduction Functionality Versions ....................4 Standard functioning (without Ecos modules): ....................4 Extra functioning (with all Ecos modules): ....................5 Programming Functions Function Overview Specifications Connection Open / disassemble the PayMatic ....................22 Connection sheet for solenoid valve.....................
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This device is in conformity with the EMC directive and low-voltage directive. WEEE Directive (Waste of Electrical and Electronic Equipment) Inepro considers it important to properly take the climate into account. We therefore produce as many climate-friendly products. Your new device contains materials which can be recycled and then reused.
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Introduction This document: This document describes the technical and functional operation of the 240V mains voltage and 24V low voltage PayMatic® versions. Greatest care has been taken drafting the information in this manual and it may be said that it is reliable. However, the producer is not liable for any shortcomings in the text or incompleteness of the information.
Versions Versions There are two types of PayMatic® available as the functioning of the PayMatic® mainly depends on the additional software modules and the settings. The difference between the two types of timer is in the design of the mechanical coin selector. Both types of coin selector accept 1 type of coin or token only.
Functionality Extra (with all Ecos modules) The PayMatic® can be activated with three freely programmable time-segments. The duration of these time-segments can be set at 0 to 255 minutes. The PayMatic® starts with a prior time . During the prior time the length of the main time will be shown intermittently on the display.
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Programming Functions The PayMatic® can be programmed by means of the two operating buttons which are integrated into the front panel of the coin operated timer. By using these operating buttons and the key switch next to it the functions can be programmed, modified or read.
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Function overview This is an overview of all the functions in the MT 2400. Functions with the symbol need the relevant ECOS module. These software modules need to be bought and installed with the unit. Function F0, Quitting the function menu Function Quit Menu Activate this function the MT 2400®...
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Function Overview Function F4, Maximum amount of coins ECOS module EM-04) Maximum amount of coins. Maximum amount of coins that can be activated to Function increase cumulatively the total main time. Value Description Default 1-255 Max. number of coins Note: The value of this setting has to be at least 1. Function F5, Minimum amount of coins ECOS module EM-05) Minimum amount of coins which have to accepted in order to activate the MT...
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Function F6, Service indicator 1 ECOS module EM-06) The maximum amount of programmable running hours before a revision service is required. This register will count down per 1000 minutes of relay 1 activity. The value of this register represents the number x 1000 minutes, e.g. 5 = 5000 Function minutes.
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Function Overview Function F8, Buzzer setting ECOS module EM-08) Function Buzzer Setting Setting Description Default Note: This setting is not applicable in this device. Function F9, Clean Function ECOS module EM-09) By means of this function it is possible to force the cleaning of a connected device.
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Function FB, Running time counter (reset possible) ECOS module EM-10) Function Running time counter (reset possible) Setting Description Default The running time counter is an electronic counter, which registers cumulatively the number of minutes the main channel, relay 1, has been operative.
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Function Overview Function FD, Running time counter (reset impossible) ECOS module EM-12) Function Running time counter (reset impossible) Setting Description Default Reading procedure as in function FB Note: Counter can't be reset, procedure like in function FB Function FE, Coin counter (reset impossible) ECOS module EM-12) Function Coin counter (reset possible) This counter reproduces the number of coins.
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Function P0, Output configuration Function Output configuration. Relay output type. Setting Description Default Signal output, which is active throughout the whole session. Pulse output, which is briefly active/generating a pulse in the beginning of the main time and in the beginning of the post time. This diagram shows...
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Function Overview Function P3, Display indication ECOS module EM-14) Function Display indication, choice between Setting Description Default Display during stand by one point ( ), during the prior time, main time and post time two hyphens will be displayed ( Display indication in minutes Function P4, Reduction of the main time ECOS module EM-13)
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Function P7, Main time reduction configuration Function Main time reduction during the main time Setting Description Default The main time will be finished immediately when the down key is pressed. It is possible to shorten the main time during the main time or prior time (by means of the down key).
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Specifications Power 185V AC - 240V AC Power Supply 12V AC - 24V AC 12V DC - 35V DC Operation Voltage Range DC 12 to 35V DC (with coin selector 12V DC) Operation Voltage Range AC 12 to 24V AC (AC voltage not supported with coin selector) Power Consumption AC AC: At maximum (depending on the configuration) 25 mA Power Consumption DC...
Open / disassemble the PayMatic Open / disassemble the PayMatic 1. Lay the PayMatic, if possible, 2. Open the bottom lid. on its back. 3. Take out the two security pins. PayMatic - AD 2400 (-B)
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Connection Open the front plate under a 15 degree angle. 4. Slide the front plate down under that angle. 5. Slide the top to the back. Lift the top of the case. Version 3.2.1...
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Open / disassemble the PayMatic For more information use the QR code or URL to watch the YouTube instruction movie. http://www.youtube.com/watch?v=fnpTfANu6c4 PayMatic - AD 2400 (-B)
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Connection Solenoid valve Solenoid valve - DC A solenoid valve can be connected as described in the diagram above. The VDR is used to protect the circuit from excessive transient voltages. 1. A solenoid valve is an electromechanically operated valve. The valve is controlled by an electric current through a solenoid: in the case of a two-port valve the flow is switched on or off.
Connection sheet for solenoid valve. Solenoid valve - AC A solenoid valve can be connected as described in the diagram above. The VDR is used to protect the circuit from excessive transient voltages. 1. A solenoid valve is an electromechanically operated valve. The valve is controlled by an electric current through a solenoid: in the case of a two-port valve the flow is switched on or off.
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Connection 4 pole 20 A contactor When using the timer with bigger machines, such as industrial washing machines / dryers, we recommend a 4 pole contactor in order to withstand higher power. * A VDR is needed if this is not included in the external relais itself.
Wiring diagram Wiring diagram Overview You can switch up to two devices (A & B) independently from each other on the two relays (E & F). These relays are potential-free or 'dry', that is, they are simply switches which are physically operated from within the main device, but not electrically fed.
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Appendix Description Note 3rd party device that needs to be switched on or off, to be 3rd party device - Output 2 connected to output 2. Output 2 is switched by the Main Time function only. 3rd party device that needs to be switched on or off, to be 3rd party device - Output 1 connected to output 1.
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Wiring diagram External connections with live exit Use this diagram to connect devices (A & B) that need be fed by the 230V AC source. PayMatic - AD 2400 (-B)
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Appendix External connections with neutral (uncharged) exit Use this diagram to connect devices (A & B) that have their own power fed to one of the leads of the relais on the Pico. Version 3.2.1...
Troubleshooting Troubleshooting The display will give you an indication what is happening: "EE" - EPROM Error This means the EPROM in device has gone defect. The Pico timer must be replaced. "CL" - Cool Down, Clean, Clear Possible causes: 1. Function F3 , the Post Time timer, is active.