operation manual - healthycold.com
Contents
1. The interval between the sessions should not exceed 7 10 minutes Otherwise go to step 8 3 14 8 3 14 After all the sessions are over for the day and approximately after one hour of work lift the nitrogen intake pipe by pressing down the button PIPE A 12 take out the cryogenic vessel from the refilling compartment and put on the stopper It is obligatory to take the vessel out before the drying to avoid damaging the pipe lifting mechanism 8 3 15 Return the nitrogen intake pipe to lower position pressing down the button PIPE W 16 8 3 16 Start the drying mode by pressing down the button 18 DRYING 8 3 17 After drying is over the plant is automatically switched off Cut the electric power supply to the Plant by putting the automatic switch on the right side to the down position 8 3 18 Unplug the Plant 8 4 Operation of the plant with cryogenic valves For plants with cryogenic valves connected to pressurized cryogenic containers for storage liquid nitrogen proceed as follows gt Make sure that the nitrogen supply hose is connected to the valve and the air intake valve is open Start drying by pressing down the button 18 DRYING After 60 minutes the function is disabled automatically and the plant is switched off If the plant was used during the last 24 hours stop drying after 20 to 30 min by pressing down the button STOP 7 After drying close off the air intake valve Open the nitrogen s2. in the gas preparation device and the platform 7 Fix the cabin by means of 3 bolts M10 x 60 to the gas preparation device 3 bolts M10 x 40 to the platform open the door of the refilling compartment and tighten the bolts 8 Connect the elevator and temperature sensor cables located at the rear wall of the gas preparation device 9 Locate the temperature sensor in a special groove in the clamp as shown The position of the temperature sensor should be as shown in the picture it should be centered in the lower third part of the opening M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o 10 Install the clamp and fix it with three bolts 11 To cover the rectangular opening in the cabin and the clamp with the temperature sensor install the shield onto the bolt 12 Fix the shield on the cylindrical pin located in the upper part of the clamp Page 19 of 25 13 Make sure that the shield is installed tightly and bears against the walls of the cabin 14 The door is mounted on its hinges Please check it for tightness and align if needed 15 Install the bellows into the gas preparation device Align the rectangular openings in the bottom of the gas preparation device and the bellows 16 Tighten all 6 M8x50 bolts Make sure that the bellows are snug against the lower part of the gas preparation device 17 Plug the cryosauna Put the automatic switch located on the fr
3. lasts for 40 60 min Drying will not start if the intake pipe is not lowered down After a cycle of 10 15 sessions or approximately 1 hour of work and each time after sessions are over for the day the drying should ALWAYS last for 1 hour Before the sessions if the previous drying was made no more than 24 hours ago the drying mode is operated for 20 30 minutes and stopped with the STOP button If it s more than 24 hours from the previous drying dry the cabin for 1 hour For models with cryogenic valves When the temperature in the cabin is about 10 C open the tap near the valve in the refilling compartment to drain condensed water Place some container beneath the tap because about 50 to 200 g of water can be drained depending on the number of sessions made 8 7 Daily maintenance Daily maintenance involves cleaning the inside of the cabin with a dry soft flannel cloth Besides the movable cabin floor should be cleaned every day with a soft flannel cloth moistened in warm water with mild detergent with low alkali content e g shampoo soap Special detergents for artificial leather can be used too It is also recommended to dry condensed water on the inside of the cabin with a soft cloth after every 2 3 sessions to extend the service life of the interior lining 9 ASSEMBLY SEQUENCE The assembly begins with preparation of the site for mounting cryocabin The surface should be flat level with inclination no more than 0 59
4. 6 5b mm for 1m of length 1 After preparing the site the platform is mounted on the site and aligned Page 15 of 25 2 For Premium Standard model go to step 3 For Luxe model install the superstructure onto the gas preparation device Be sure to take out the transportation bolt in the upper part of the gas preparation device which fixes the pipe lifting mechanism a Connect the two terminal lighting cables b If necessary connect 4 terminal audio system cable 3 Fix the superstructure to the gas preparation device with two long and 2 short bolts The latter are accessible through ventilation openings Cover the openings with grids M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o 3 The gas preparation device is to be mounted on higher part of the platform Insert the connecting cable for the rheostat into the opening in the upper part of the refilling compartment 4 Open the door of the refilling compartment in the platform insert and tighten 4 bolts M10x22 5 Connect the rheostat cable 6 Remove the transportation bolt in the cabin which is located below the rectangular opening Page 17 of 25 7 Place the client cabin without the door onto the lower part of the platform so that rectangular openings in the gas preparation device and the cabin are aligned Align the cabin so that three upper and three lower holes for the bolts are aligned with the correspondent holes
5. BODY CARE EQUIPMENT CRYOSAUNA SPACE CABIN OPERATION MANUAL Cryomed s r o Budovatelsk 7 940 01 Nov Z mky Slovakia 421 35 381 1953 healthycold com sales healthycold com TABLE OF CONTENT M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o 1 GENERAL INFORMATION The present Operation Manual contains the description of the cryosauna SPACE CABIN hereinafter referred to as Plant the principles of its functioning its technical characteristics and the user manual While mounting and operating the Plant the users are required to follow all electric safety rules and safety rules for handling liquid nitrogen The Cryogenic Plant Cryosauna SPACE CABIN is not to be considered as medical equipment therefore the requirements of the Directive 93 42 EEC do not apply ATTENTION The Operation Manual is an integral part of the product and should be delivered to the end user along with the equipment Please read this manual carefully before operating the Plant Here you can find important information relating to the safety of the Plant its operation and maintenance and also description of all the operation procedures Please keep this manual on site for future reference The warnings referred in the manual are aimed at ensuring safe operation of the Plant so that safety features provided by the Manufacturer are not violated due to mistakes and omissions in mounting or in operation practice
6. arthed connection only 8 3 2 To supply electric power put the automatic switch on the front panel of the gas preparation device in the upper position 8 3 3 Press the button ON 6 on the control board 8 3 4 Press down the button 18 DRYING to start the drying mode After 60 minutes the function is disabled automatically and the plant is switched off If the plant was used during the last 24 hours stop drying after 20 to 30 min by pressing down the button STOP 7 and go to step 8 3 5 8 3 5 Lift the intake pipe by pressing down the button 12 PIPE A on the control board 8 3 6 Take a stopper from the cryogenic vessel off Roll the cryogenic vessel into the refilling compartment up to the stop It is obligatory to position the vessel correctly to avoid damaging the pipe lifting mechanism 6 3 7 Press down the button 16 PIPE VY on the control board It is necessary to control that the pipe ends up in the vessel and doesn t run into the neck If this really happens immediately press STOP and then PIPE A Adjust the position of the vessel and repeat step 8 3 7 The pipe running into the vessel can damage the pipe lifting mechanism 6 3 8 Press down the button 14 COOLING and wait for 2 minutes for automatic cooling to be finished 8 3 9 Ask the customer to step inside the cabin and close the cabin door the customer should wear fur boots or woolen socks take off bracelets watches chains pierci
7. ax 130 C Temp min 160 C e Lower temperature limit is changed with the buttons 1 to increase and 4 to decrease Temp min 160 C D u H m O o b u a m d M a a P D rg i ELE o b ty 1 3 cz s Yo IU t 6 T U K QR S m 4 s If the temperature during the session is too low press the button NITROGEN to decrease the nitrogen supply from 3 seconds to 2 seconds If the temperature is not low enough press the button NITROGEN to increase the supply time Changing the upper and lower temperature limit in the manual mode Standard set M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o If the temperature 150 C is needed during the session as soon as the temperature lowers to 140 10 C nitrogen supply should be decreased from 3 seconds to 2 seconds with the button NITROGEN If after the next supply the temperature does not remain within the set limits the pause between nitrogen supply should be increased from 30 seconds to 40 50 seconds with button NITROGEN PAUSE After this the temperature will stay within the set limits Before the next session if necessary standard settings may be restored 8 6 Drying modes Before starting operation and each time after sessions are over as well as after approximately 1 hour of work the gas preparation device should be dried For this purpose press the button DRY on the control board This mode is automatic and
8. e the temperature in the cabin is regulated within preset limits automatically 120 to 140 C Manual mode can be useful in the following cases if one session should be conducted with the parameters different from preset ones e g if the temperature 180 C is needed Start preliminary cooling if this is a first session change to manual mode and conduct a session with standard settings As soon as the temperature lowers to 170 10 C nitrogen supply should be decreased from 3 seconds to 2 seconds with the button NITROGEN If after the next supply the temperature does not remain within the given limits the pause between nitrogen supply should be increased from 30 seconds to 40 50 seconds with button NITROGEN PAUSE After this the temperature will stay within the set limits Page 9 of 25 gt if in a Dewar vessel less than nitrogen left After the Dewar vessel is installed into the refilling compartment change to manual mode and conduct preliminary cooling as follows set nitrogen supply to 4 seconds if liquid nitrogen level is much lower than 4 the supply time should be 5 seconds with button NITROGEN then instead of the button COOLING press the button START and after 2 minute cooling start the session with the same settings If during the session the temperature lowers to the necessary value nitrogen supply should be decreased from 3 seconds to 2 seconds with the button NITROGEN and conduct the ses
9. eased by 30 seconds so that overall duration does not exceed 180 seconds Duration of cryotherapy course depends on a specific problem the customer has and is indicated by a competent specialist Normally it is better to start with a course of 25 sessions followed by 20 15 and 10 sessions every 6 months The course should include at least 10 sessions Indications for cryotherapy see guidelines Before the session the customer is recommended to have a rest for 10 20 minutes to adjust to the room temperature The operator instructs the customer explains safety rules and contraindications the principles of whole body cryotherapy The customer enters the cabin in warm socks gloves and underwear made of natural fabric The operator lifts the elevator so that the shoulders of the customer are level with the upper rim of the cabin The cabin is filled with nitrogen vapors and air mix The customer puts his hands protected with gloves on a special rim in the cabin and starts moving slowly During the session the operator stays near the cabin all the time monitoring the state of the customer The operator also controls that the door of the cabin is tightly closed After the session the customer slowly dresses in the dressing room and rests for 10 minutes M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o 6 2 Contraindications to cryotherapy bad general condition decompensated chronic heart diseases myocardial
10. ed ventilation system At the back wall of the gas preparation device there are connectors to terminate a temperature sensor and an elevator wire CAUTION It is strictly prohibited to open the gas preparation device cover while the Plant is functioning 3 3 Client cabin with a door The cabin is designed to provide immediate cooling of the skin with vapors of liquid nitrogen having super low temperature The cabin itself is a cylindrical thermally insulated construction with a door The cabin is equipped with a system of channels for the flow of gaseous nitrogen In the upper part the client cabin has an aperture for recirculation of nitrogen air mixture which is linked through a channel to the gas preparation device The lower part of the cabin is equipped with a ventilation opening covered by a protective shield which ensures evacuation of nitrogen vapors from the cabin at the end of a session during the ventilation phase when the elevator with a customer goes down The cabin is provided with an electrically operated lift elevator to adjust the position of a person inside the cabin so that his shoulders are level with its upper rim ATTENTION The customer s direct contact with liquid nitrogen inside the cabin is absolutely impossible due to design of the Plant 3 4 Electric cabinet M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o The electric cabinet located inside the gas preparation device contai
11. er Cryomed s r o Cooling Plant SPACE CABIN 230 V 50 Hz class Power consumption 1 5 kW Protection class IP 54 Refrigerant liquid nitrogen Year of manufacturing 2014 Made in Slovakia Serial number CE ISO 9001 2008 Fig 3 Nameplate The Manufacturer s Company trademark is placed on the face part of the gas preparation device Page 23 of 25 ava wy SPACE CABIN 12 MANUFACTURER S GUARANTEE The Manufacturer s guarantees performance of the Plant in conformity with the technical characteristics specified in the Acceptance Certificate under the condition that the Customer has fully complied with the requirements to transportation handling installation operation and storage defined herein and in the sales and shipment agreements The warranty period for the Plant is 12 24 months from the date of commissioning indicated in the Acceptance Certificate but no more than 25 months from the date of shipment to the end user or 3 000 3 000 sessions whatever comes first The Plant should be used only under the specified conditions and for specific application Any other application is considered to be non conforming and therefore hazardous Any liability on the part of the Manufacturer under the present Contract or beyond it for the mistakes made during operation or in any case of non observance of the Manufacturer s requirements is excluded If during the warranty period any unit or assembly fails through the Manufac
12. ere the Plant is operated Liquid nitrogen is liquid gas boiling at low temperatures colorless and without odour with boiling point 195 759C Nitrogen itself is neither toxic nor explosive In the gaseous form it is contained in the atmospheric air 78 08496 of the volume The main hazards existing when working with liquid nitrogen are associated with its low temperature and the fact that as a result of its evaporation a considerable amount of gaseous nitrogen appears This gas if allowed to escape into the ambient air of a closed area may lead to reduction of oxygen content in the ambient air to the point where it will impair normal respiration If the oxygen content in the ambient air drops from 2196 to 996 loss of consciousness can occur without any prior symptoms such as giddiness Therefore it is strongly advised to ensure proper ventilation in an operation room for cases of emergency escape of nitrogen vapours Page 3 of 25 3 DESCRIPTION AND CONCEPT OF THE PLANT Functioning of the plant is based on evaporation of liquid nitrogen and its supply into the thermally insulated cabin Structurally the Plant is a monoblock assembled on site The units are to be assembled on a common platform and jointed together by fastening bolts 3 1 Platform with refilling compartment The platform serves as a base for assembling the cryosauna where all the other assembly units are installed At the front lower edge of the refilling compartme
13. ess than 30 cm Maximum weight lifted by the elevator up to 120 kg Recommended temperature in the client cabin during a session from 120 C to 170 C The Plant is manufactured with protection level IP54 NA NE NA NAI NS The service life of the Plant is 10 years from the date of its production 5 REQUIREMENTS TO THE ROOM gt The area of the room shall not be less than 6 m The door frames should be at least 750 mm wide to allow the blocks which constitute a cryosauna to be carried inside Forexhaust system there should be an opening provided 120 mm in diameter so that the nitrogen vapors are dissipated outdoors It can be made either in the wall or in the window vent sash Forced ventilation and conditioning are strongly advised It is desirable to install also oxygen sensors Grounded electrical outlets Air conditioning and ventilation with circulating air both intake and exhaust Ambient temperature 15 24 C Relative humidity 30 50 The plant must be located on the ground with a horizontal flat surface with a slope no more than 0 5 The distance from the walls to either side of the plant at least 300 mm oo o n SM Ceiling height no less than 2500 mm 6 CONDUCTING A SESSION CONTRAINDICATIONS 6 1 Basics of WBC The duration of a first cryotherapy session should not exceed 60 to 90 seconds the temperature should be 120 to 140 C The duration of every next session is incr
14. infarction or the recovery period after that NA NSA stage II essential hypertension III degree of essential hypertension blood pressure gt 180 100 mm Hg stage II heart failure disorders of cardiac conduction and rhythm with poor prognosis Raynaud s syndrome acrocyanosis systemic vasculitis cryoglobulinemia agammaglobulinemia cryofibrinogenemia stroke fever active pulmonary tuberculosis malignant tumours bleeding diathesis severe anaemia hypothyroidism hysterical neurosis individual intolerance to cold cold rash pregnancy L9 M P M UO D CU MD CU E CU EU PP wv cO D K cO E D E V age under 10 years old Note presence of any implants silicon intraosseous metal rods and plates is not contraindicated for cryotherapy 7 SAFETY 7 1 Customer safety The customer can leave earrings on but it is better to remove the watch and finery on the body It is also strongly recommended to remove or cover with sticking plaster any piercings on the body exposed to cold air To make most of cryotherapy session the customer needs to have exposed as much skin as possible To feel more comfortable during the session the customer should wear linen pants and bra for women made of natural fabric e g cotton To protect the legs the customer should wear warm woolen socks or half hose To protect hands the customer has to wear warm woolen gloves The customer should move rotate in the cabin slow
15. k of the vessel s damage or ejection of liquid nitrogen gt Itis not allowed to insert cotton pads or other accessories for cryogenic therapy procedures into the vessel Accumulation of foreign matters in the vessel with liquid nitrogen may lead to freeze up inside the vessel and cause its destruction or failure of the Plant n order to avoid excessive evaporation of liquid nitrogen from the vessel the vessel should be stored away from heating appliances and away from direct sunlight gt If during operation of a vessel hoar frost appears on the surface and its layer thickens due to evaporation of liquid nitrogen it may indicate vacuum loss In this case the liquid nitrogen should be removed from the vessel the vessel itself should be heated and dried for 24 hours and then repaired Never refill liquid nitrogen in a depressurized vessel gt Please remember that an internal vessel is hanging on the neck of an external vessel with no additional support That s why careless handling of the vessel impacts drops etc may result in its destruction 7 3 Liquid nitrogen safety Avoid the contact of liquid nitrogen with bare skin While pouring liquid nitrogen from one vessel to another protect the hands with gloves and the foot with protective footwear gt Incase of coming into contact with liquid nitrogen the affected area should be immediately washed with plenty of water 8 OPERATION OF THE PLANT 8 1 Control of the P
16. k the level of liquid nitrogen in the vessel and put the vessel onto the roller base Together with the vessel a funnel for liquid nitrogen is supplied If in the Dewar vessel before the session there is less than of liquid nitrogen a full vessel can be used and then with the help of a funnel the operator can pour the remainder of liquid nitrogen into a fuller vessel Though it is strongly recommended to follow the procedure described in item 8 2 p 10 4 TECHNICAL CHARACTERISTICS 4 1 Consumption operating temperature and hoist characteristics gt Overall dimensions of the plant width 900 mm length 1 550 mm height 2 450 mm Lux model or 2 200 mm Premium Standard models Weight of the cryosauna does not exceed 380 kg total area covered no more than 2 5 sq m Power consumption no more than 1 5 kW Mains voltage 220 230 V Mains frequency 50 60 Hz Acoustic pressure less than 70 dBa During the session the temperature inside the cabin down to 196 C Operating conditions in the client cabin to 120 C are attained in less than 30 sec b uM CU E UD C ML C NN Se Liquid nitrogen consumption for one session no more than 3 kg Page 5 of 25 Liquid nitrogen consumption for primary cooling no more than 3 kg The Plant can ensure uninterrupted service for 120 minutes if the breaks between sessions don t exceed 10 minutes The elevator lifts a customer to the height not l
17. lant Plants are completed with a usual keyboard control panel M05 F03 Operation Manual Issue 3 9th August 2012 7 6 7 Esc 8 9 lt gt lt gt 10 1 17 2 12 3 URE COOL PROCE ING LIFT PIPE DURE 1 4 BA 5 L 6 qx u DRY NITRO VENT ING GEN E 18 7 19 F 8 20 2 MEM ITRO O VENT ORY GEN F E 22 0 24 25 NS Fig 1 Keyboard Cryomed s r o 1 DISPLAYING THE TEMPERATURE IN THE CABIN 2 DISPLAYING NITROGEN FEED PAUSE TIME 3 DISPLAYING SESSION TIME OR TIME LEFT BEFORE THE CURRENT MODE IS FINISHED 4 DISPLAYING SYSTEM MESSAGES 5 DISPLAYING CONTROL MODE AUTOMATIC OR MANUAL 6 SWITCH ON THE PLANT 7 STOP 8 MAINTENANCE 9 SWITCH OFF THE PLANT 10 START 11 ELEVATOR UP 12 PIPE UP 13 INCREASE THE SESSION TIME 14 PRIMARY COOLING OF THE PLANT 15 ELEVATOR DOWN 16 PIPE DOWN 17 REDUCE THE SESSION TIME 18 DRYING 19 INCREASE THE TIME OF NITROGEN FEED 20 INCREASE THE PAUSE BETWEEN NITROGEN FEEDS 21 INCREASE THE VENTILATION TIME AFTER SESSION 22 MEMORY 23 REDUCE THE TIME OF NITROGEN FEED 24 REDUCE THE PAUSE BETWEEN NITROGEN FEEDS 25 REDUCE THE VENTILATION TIME AFTER SESSION In automatic mode the temperature in the cabin is regulated within the set limits automatically In manual mode temperature corrections are made by the operator 8 2 Manual and automatic control mode In most cases the session is conducted in automatic mode whil
18. ly all the time during the session to feel more comfortable The customer should not use any cream or lotion before the session It is strongly recommended to remove any cream he she may have used on the body especially on the legs Water sweat is not a problem gt After the hoist lifts the customer up he she put the hands on the upper rim of the cabin Page 7 of 25 The servicing personnel shall watch the progress of the session while the cabin is filled with gaseous nitrogen monitor and assess the state of the customer during the session at all times The servicing personnel shall help to keep the gaseous nitrogen away from the airways of the customer Unless absolutely necessary the cabin s door should not be opened before the session is over and gaseous nitrogen is evacuated from the cabin automatically gt Ifthe door was opened when the cabin was full of nitrogen vapors the room should be ventilated for several minutes to prevent lowering of oxygen level 7 2 Safety instructions for handling cryogenic vessels The vessel s neck should be closed only with a standard stopper it is prohibited to use other stoppers or plugs for this purpose gt It is prohibited to close the vessel s neck tightly because through evaporation of certain amount of liquid nitrogen the excessive pressure inside the vessel is created thus preventing the oxygen penetration from the air outside Besides the pressure rise increases the ris
19. ngs and other metal things from the body By pressing down the LIFT A or LIFT A buttons 11 or 15 adjust the height of the elevator so that the customer s shoulders are aligned with the upper cut of the cabin the customer should not breath in the nitrogen vapors during the session 8 3 10 By pressing down the PROCEDURE or PROCEDURE buttons 13 or 17 set up the planned time of a session which will be displayed on the monitor 3 8 3 11 Press the button START 10 to begin the session during the session the customer should turn around slowly the hands should be on the upper rim of the cabin During the session the operator should control the temperature inside the cabin For example the temperature 150 C is M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o needed As soon as the temperature lowers to 140 10 C nitrogen supply should be decreased from 3 seconds to 2 seconds with the button NITROGEN f after the next supply the temperature does not remain within the set limits the pause between nitrogen supply should be increased from 30 seconds to 40 50 seconds with button NITROGEN PAUSE After this the temperature will stay within the set limits Before the next session if necessary standard settings may be restored 8 3 12 After the session is over ask the customer to go out of the cabin 8 3 13 To start the next session repeat steps 8 3 9 through 8 3 12
20. ns all the electrical boards which ensure control of the plant At the front panel of the gas preparation device there is a display which shows information about the state of the plant and settings of the session and a control board to operate the cabin On the left from the control panel there is an automatic switch to turn the plant on off Inside the refilling compartment on the left hand wall there is a rheostat which can regulate rate of work of the engine supplying liquid nitrogen The rheostat can be regulated only upon agreement with the manufacturer or his authorized representative 3 5 Step for operator Step serves to facilitate access to control panel for an operator and monitoring the customer s state during the session 3 6 Dewar vessel 40 I Dewar vessel is a vacuum bottle used for transportation and storage of liquefied gases It is very sensitive to mechanical damage as its outer casing is made of aluminum Also it should be handled carefully because the inner flask can be displaced and the Dewar will lose its vacuum tightness Dewar vessel is supplied together with a roller base to roll in the vessel into the refilling compartment There is also a measuring stick for checking the level of liquid nitrogen in the Dewar vessel It contains marks as follows full vessel half of the vessel a quarter of the vessel Before rolling the vessel into the refilling compartment the operator should check with the measuring stic
21. nt doorway an inox plate Dewar vessel ramp is installed to roll in a Dewar vessel into the refilling compartment In the refilling compartment there is an intake pipe through which either liquid nitrogen during a session or air during drying is supplied into the plant The intake pipe should always be lowered It is lifted only to roll in or to take out a Dewar vessel The vessel is only rolled in to conduct a session or a series of sessions After the sessions are over the Dewar vessel should be rolled out of the refilling compartment In the upper part of the refilling compartment there are bellows which are fixed to the lower part of the gas preparation device While liquid nitrogen is supplied into the gas preparation device the bellows are pressed down with air pressure to the neck of the Dewar vessel 3 2 Gas preparation device Serves to generate vaporous nitrogen from liquid nitrogen mix it with air and supply the gas mixture into the cabin At the right hand wall where the cabin is located there is an opening to supply a cooled gas mixture into the cabin Inside the cabin it is covered by a detachable panel shield which also serves as a guide for cold air stream At the lower part of the wall there is an opening to improve air mixture circulation At the left hand wall there is an exhaust opening for discharge of nitrogen vapors A corrugated pipe is fixed with a clamp to the opening which discharges vapors outdoors or into forc
22. ont part of the gas preparation device into the upper position M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o 18 Press the button ON at the control panel rm am o c t lt gt lt rm 19 Lower the intake pipe by pressing PIPE J t INITROGE 20 Install the pipe extension onto the intake pipe Be sure to screw it on up to the stop holding the intake pipe 21 Open the door of the refilling compartment and fix the ramp with the screw to roll in the Dewar Page 21 of 25 vessels 22 The air duct corrugated pipe for evacuation of exhaust nitrogen vapours is installed at the special opening at the back of the gas preparation device There are 2 clamps on the duct to fix it on both sides on one side to the cabin on the other side to the pipe with the diameter 125 mm installed in the wall or window 10 TROUBLESHOOTING The list of probable malfunctions is indicated in Table 1 Description of malfunction Probable cause and its symptom Working mechanisms will not The Plant is unplugged or switch on the automatic circuit breaker is switched off After pressing down the red button 6 on the control board the control board is not switched on The temperature in the Shortage of liquid nitrogen customer cabin does not go in the Dewar vessel or down to the rated values rupture in the bellows The control board will not
23. s Another purpose of these warnings is to alert the Consumer and the service personnel to the safety issues The present manual provides an introduction to the Plant and detailed rules of operation mounting and maintenance which ensure its trouble free and safe operation and continuous service if observed If the Plant is subject to resale or passed to another owner and or to be relocated please make sure that the manual is transferred together with the Plant to be consulted by a new owner Please also notify the Manufacturer Dealer so that an authorized representative may supervise dismounting of the Plant its transition and installation in a new location If the Plant is subject to demolition the parts of the Plant which may be potentially dangerous should be recycled according to the provisions of the national environmental legislation ATTENTION Before operating the Plant or starting any technical maintenance operations please kindly consult the Manual Only the qualified personnel trained by the Manufacturer or his authorized representative is allowed to operate and service of the Plant CAUTION Before any maintenance or repair the Plant should be unplugged CAUTION VIOLATION OF SAFETY RULES DURING OPERATION OF THE PLANT MAY LEAD TO ACCIDENTS 2 LIQUID NITROGEN All liquid nitrogen used as a refrigerant working medium is to be handled stored and transported in accordance with any local and national regulations of the region wh
24. sion as usual As an alternative you can start with a full vessel and after the cabin is adequately cooled use the vessel with less than nitrogen left To change the mode from automatic to manual and vice versa do as follows Standard set 1 To change the mode press the SERVICE button 18 C 3 30 120s Ready Auto 2 To switch from the automatic mode to manual or vice versa press the button O SERV 8 TP PIPE p 3 3 To exit the Service menu press the button SERVICE M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o 36 862 min 150 Pr 16 Auto 807 4 Press the button MEMORY to save the change 8 3 Operation sequence Standard set automatic mode 8 3 1 Connect the Plant to a 230V 50Hz power supply Use a PROPERLY EARTHED connection only 8 3 2 To supply electric power put the automatic switch located on the left from the control panel in the upper position 8 3 3 Press the button ON 6 on the control board 8 3 4 Press down the button 18 DRYING to start the drying mode After 60 minutes the function is disabled automatically and the plant is switched off If the plant was used during the last 24 hours stop drying after 20 to 30 min by pressing down the button STOP 7 and go to step 8 3 5 8 3 5 Lift the intake pipe by pressing down the button 12 PIPE A on the control board 8 3 6 Take a stopper from the cryogenic vessel off Roll the cryogenic
25. switch on Table 1 Means of elimination Insert the plug into the socket put the switch to upper position Open batteries compartment located inside the box behind the control board under the grey cover and fix the contacts or replace the battery Increase exposure of nitrogen supply 19 by 1 2 points Replace the bellows Check if the automatic switch on the front panel of the gas preparation device is in upper position M05 F03 Operation Manual Issue 3 9th August 2012 Cryomed s r o The drying will not turn on The intake pipe is in upper position Lower the pipe CAUTION In case of malfunction or serious failure of the Plant it should be unplugged Do not attempt to repair it or interfere with the mechanisms Non observance of above mentioned requirements is potentially hazardous for human life and may result in the damage to the Plant and other property Please contact qualified personnel which are authorized to perform repair and maintenance by the Manufacturer 11 MARKING The Plant s labeling is shown on a nameplate see Fig 3 fixed on the electric cabinet near the automatic circuit breaker The nameplate contains the data as follows e Type of the Plant SPACE CABIN Refrigerant liguid nitrogen e Mains voltage e Mains frequency Consumption power e IP protection level Year of manufacture s Serial number e Country of origin e CE sign Manufactur
26. to begin the session during the session the customer should turn around slowly the hands should be on the upper rim of the cabin 8 3 12 After the session is over ask the customer to go out of the cabin 8 3 13 To start the next session repeat steps 8 3 9 through 8 3 12 The interval between the sessions should not exceed 7 10 minutes Otherwise go to step 8 3 14 As an alternative if the next customer is expected within 15 to 25 minutes press the button 14 COOLING in 10 minutes after the session to keep the cabin cold and you can wait for another 10 or 15 minutes 8 3 14 After all the sessions are over for the day and approximately after one hour of work lift the nitrogen intake pipe by pressing down the button PIPE A 12 take out the cryogenic vessel from the refilling compartment and put on the stopper It is obligatory to take the vessel out before the drying to avoid damaging the pipe lifting mechanism 8 3 15 Return the nitrogen intake pipe to lower position pressing down the button PIPE W 16 8 3 16 Start the drying mode by pressing down the button 18 DRYING 8 3 17 After drying is over the plant is automatically switched off Cut the electric power supply to the Plant by putting the automatic switch on the front panel of the gas preparation device to the down position 8 3 18 Unplug the Plant Standard set manual mode 8 3 1 Connect the Plant to a 230V 50Hz power supply Use a properly e
27. turer fault the Consumer is entitled for free repair during which all the defects are to be eliminated units and assemblies which failed during transportation or operation are replaced The Manufacturer s guarantee policy is excluded and free after sales service of the Plant is not performed in the following cases A The Plant bears evidence of attempted unqualified unauthorized repairs B The Goods bear evidence of mechanical damage of the leather fabric and the outer shell B The defect is caused by changes made in the design or in the circuit diagram which are not provided by the Manufacturer C The revealed defects are caused by foreign objects matter liquids insects animals and so on found out in the Plant D Failure to observe the Plant operation modes referred in present manual E Unauthorized dismounting and transfer transportation of the Plant to a different location F If the damage was caused by force majeure circumstances i e power supply failures lightning fire food etc The warranty period is not subject of prolongation renovation or any other alteration in case if resale disassembling and transportation were not agreed with the Manufacturer In this case the warranty for the units and assemblies repaired or replaced during the warranty period still remains in force for the rest of the initial warranty period only for companies only for companies M05 F03 Operation Manual Issue 3 9th Aug
28. upply valve at the pressurized cryogenic vessel the pressure should be 1 2 to 1 5 atm To conduct sessions make steps 8 3 9 through 8 3 12 see section 8 3 Operation sequence depending on the control mode To conduct the following session repeat steps 8 3 9 through 8 3 12 see section 8 3 Operation sequence depending of the control mode The interval between sessions should not exceed 7 10 minutes After the sessions close the nitrogen supply valve on the pressurized cryogenic vessel and remove remaining liquid nitrogen from the hose if such function is available gt Open the air intake valve if it cannot be opened with moderate effort try and open it 10 minutes after drying starts when the ice thaws Start drying by pressing down the button 18 DRYING After drying close off the air intake valve gt After drying is over the plant is automatically switched off Cut the electric power supply to the Plant by putting the automatic switch on the front panel of the gas preparation device to the down position and unplug the Plant Page 13 of 25 8 5 Regulating the temperature during the session Changing the upper and lower temperature limit in the automatic mode Standard set ePress the button SERVICE T 1309 eThe parameters of the automatic mode can be emm mm 1 609C changed with the button 9 e Upper temperature limit is changed with the buttons 2 to increase and 5 to decrease Temp m
29. ust 2012 Cryomed s r o 13 CONFORMITY DECLARATION Cryomed s r o hereby declares that the cryosauna SPACE CABIN corresponds to all the concerned instructions directives and standards Directive 2006 42 EC on Machinery which replaced the 98 37 EC Machinery directive Standards EN ISO 12100 1 2003 EN ISO 12100 2 2003 EN ISO 13732 3 2005 2006 95 ES Low Voltage Directive Standard EN 60335 1 2002 2004 108 EC EMC Directive Standard EN 61000 6 3 2001 EN 55014 1 2000 EN 61000 6 1 2001 EN 61000 4 4 2004 EN 61000 4 5 1995 EN 61000 4 11 2004 EN 55014 2 1997 MANUFACTURER Cryomed s r o Budovatelsk 7 940 01 Nov Z mky Slovakia 421 35 381 1953 healthycold com Cryomed Page 25 of 25
30. vessel into the refilling compartment up to the stop It is obligatory to position the vessel correctly to avoid damaging the pipe lifting mechanism 6 3 7 Press down the button 16 PIPE V on the control board It is necessary to control that the pipe ends up in the vessel and doesn t run into the neck If this really happens immediately press STOP and then PIPE A Adjust the position of the vessel and repeat step 8 3 7 The pipe running into the vessel can damage the pipe lifting mechanism 6 3 8 Press down the button 14 COOLING and wait for about 30 seconds for automatic cooling to be finished preliminary cooling is necessary if the sessions are conducted manually or if a minimal temperature is required in the first seconds of the session 6 3 9 Ask the customer to step inside the cabin and close the cabin door the customer should wear fur boots or woolen socks gloves and take off bracelets watches chains piercings and other metal things from the body By pressing down the LIFT A or LIFT A buttons 11 or 15 adjust the height of the elevator so that the customer s shoulders are aligned with the upper rim of the cabin the customer should not breathe in the nitrogen vapors during the session Page ll of 25 6 3 10 By pressing down the PROCEDURE or PROCEDURE buttons 13 or 17 set up the planned time of a session which will be displayed on the monitor 3 8 3 11 Press the button START 10
Download Pdf Manuals
Related Search