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��ࡱ�>�� r�(xbjbj��*x�x��{y��4��h_d�l��/.]sss� �94� ;lۦݦݦݦݦݦݦ$��.�j�u��q �� q�q��ss�v��j�j�j�q��s�sۦ�j�qۦ�j�j�͟@�@��s��h��5��d �6ǧl�0��c�rx��g�x�l��&x��ۥ�y>�sa �j�c�gey>y>y>��tjvy>y>y>��q�q�q�q��x�y>y>y>y>y>y>y>y>y>��: jyd-l �|r ��x�l�~ހ�|�x:g jyd-l series ultrasonic wave cell pulverizer instruction manual shanghai zhisun equipment co., ltd. november 2006 �v u_ a� �n�t�i�----------------------------------------------------------------2 1 ��x�l�suhv--------------------------------------------------------2 2 bc��hv�~�n---------------------------------------------------------3 a� �b/gpenc----------------------------------------------------------------4 1 �(u�b/g�spe-----------------------------------------------------4 2 '`��spenȉh�--------------------------------------------------4 a� ��d\oo(u�f--------------------------------------5 1 mrb�g�f--------------------------------------------------------5 2 tb�g�f--------------------------------------------------------6 3�d\oek��------------------------------------------------------------7 4 �spe��n-----------------------------------------------------------8 5 �~tz�^��n-----------------------------------------------------8 6 yr�[�r`��n-----------------------------------------------------8 7 5u�t�:g��v�c-----------------------------------------------9 a� �o(u�la�ny�----------------------------------------------------------10 a� �n�t�o{q�s�~�b------------------------------------------------------11 a� �.ut g�r---------------------------------------------------------------12 a� �_�{nus---------------------------------------------------------------12 a� �ee��r�gn㉳q�e�l-------------------------------------------------13 content a� �product profile& & & & & & & & & & & & & & & & & & & & & & & & & & & & & & ..2 1 ultrasonic wave generator& & & & & & & & & & & & & & & & & & & & & & & & 2 2 transducer components& & & & & & & & & & & & & & & & & & & & & & & & & .3 a� �technical data& & & & & & & & & & & & & & & & & & & & & & & & & & & & & & .4 1 general technical parameters& & & & & & & & & & & & & & & & & & & & & & & 4 2 performance parameter schedule& & & & & & & & & & & & & & & & & & & & & ...4 a� �operating instruction& & & & & & & & & & & & & & & & & & & & & & & & & ..5 1 front panel instruction��5 2 back panel instruction��6 3 operating processes��7 4 parameter setting��8 5 combining program setting��8 6 specific status setting��.8 7 computer online communication monitoring��9 a� �uses notification& & & & & & & & & & & & & & & & & & & & & & & & & & & & & ..10 a� �product keeping and maintenance& & & & & & & & & & & & & & & & & & & & & & ..11 a� �after-service& & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & .12 a� �checklist& & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & .12 a� �troubleshooting& & & & & & & & & & & & & & & & & & & & & & & & & & & & & & ..13 lejt� 1u�n�n�t�v9eۏ��`@b�_0r�v�|�x:g�s��n,g�ffnkn�n�~ n�[hqn��(�dk�ik0 a� �n�t�i�� a� �product profile: jyd-l�|r��x�l�~ހ�|�x:g/fjyd�|r�vؚ�z�n�t��e�x�n�[�e�c6r�r��0�~tz�^�r��t��x�l��q�r�sꁨrp��[�r��ǒ(u�n�['y�v-n�e>f:y�mvfo\�t�v�qyaml��v�z_�~�g��n5u��vrs-232ch�q�c�s0ňeq�nee��ho��ns�tyr�[�r`��n�r��(u7b�s�e�o0wۏl�t�y�]\o�r`�d\o�o��x�l�~ހ�|�x:g�r��fhq0o(u�f�e�o�'`��f�s`�0 the jyd-l series ultrasonic wave cell pulverizer is a jyd series high-end product with the newly-added timing control function, the combining program function and the ultrasonic wave output power automatic restriction function. it uses the broad chinese display lc screen and the world-wide popular vertical structure, having designed the rs-232c standard interface for computer communication. it is installed with the breakdown self-inspection software package and the specific status setting function, by which users can conveniently carry out various working status operation, enabling the ultrasonic wave cell pulverizer to have more complete functions, more convenient usages and more reliable performance. jyd-l�|r��x�l�~ހ�|�x:gwq g�yn�r��nyr�p� the jyd-1 series ultrasonic wave cell pulverizer has the following functions and features: ��[�]\oz�^� predetermined working procedures: �s��hq��naswy8^ĉ�]\oz�^�tnwy�~tz�^�p0-p4:n��pe�e_�]\oz�^�p5-p9:n�[�e�e_�]\oz�^�pn:n�~tz�^��~tz�^gy�s�n1uaswy8^ĉz�^�~b��s�n ��b�_�sb n�_�s�]\o!j_0 it can set up ten sets of regular working programs and one set of combining programs in advance, where p0-p4 are the counting mode working programs, p5-p9 are the timing mode working programs and pn is the combining program; the combining program can comprise of ten sets regular programs in maximum, capable to select the circulating or non-circulating working models. ��x�l��q�r�sꁨrp��[� ultrasonic wave output power automatic restriction: �s(w��[�v�z�s�e��q��ǐ�r�s�hkm�ǒ7h0rg'y�r�sp��[

e'yhvnbc��hv�v/ca��s�~�vmo�s7ho��v�s�[�s��sꁨrߍ*�0�r�s�hkm�t)n�^kmϑ5u�ousgr:g�[�s��x�l�s\�r�s��p�ꁨr�te�t��)n�o�b�s�bf��r��0�stfh�v��v�n0 working principles: this machine uses the microcontroller controlling technology and the phase-locked loop frequency automatic tracking, and by simple keyboard operation, data and controlling working status can be set. the power amplifier and transducer vibration frequencies can reach frequency automatic tracking on phase-locked loops through phase sampling. the power inspection and the temperature measuring electric circuits can enable microprocessors to automatically adjust the ultrasonic wave emitting power overrunning and the overtemperature protection and alarming function. its principles are shown in fig. 2. �v�n fig. 2 2 bc��hv�~�n� 2 transducer components bc��hv�~�n;n��1ubc��hv�t�se^fg�~b0��v n0 the transducer components mainly comprise of transducers and amplitude transformers as shown in fig. 3. �v n fig. 3 ��x�l�suhvn�se^fg �m��s�h�� ultrasonic wave generator and amplitude transformers matching reference form: ��x�l�r�s�w �15025065090012001800�se^fg� (mm)2,3,63,6,83,6,8,106,8,10,156,8,10,15,206,8,10,15,20,254x�x�[ϑ (ml)10-10010-20050-50050-60050-1000100-1200 ultrasonic wave power�w �15025065090012001800amplitude transformer � (mm)2,3,63,6,83,6,8,106,8,10,156,8,10,15,206,8,10,15,20,25pulverizing volume (ml)10-10010-20050-50050-60050-1000100-1200 a� �b/gpenc� a� �technical data 1 �(u�b/g�spe� 1 general technical parameters: l��]\o��s��v�20^�25khz0��sꁨrߍ*�0 l��s�px[aswy8^ĉz�^penc�tnwy�~tz�^��]\o�e_ g�[�e�t��pe$n�y0 l��~tz�^gy�s�n1uaswy8^ĉz�^�~b��s ��b�_�sb n�_�s�]\o!j_0 l��)n�o�b�s�bf��r��0 l��x�l��q:_�^ꁨrp��[�r��0 l�[�e�e_�]\o�e��[�e�0^�99\�e59r59�y0 l�pe�e_��x�]\o!kpe�0^�9999!k0 l��x�e��v�0^�99�y0 l��e��v�0^�99�y0��e�=0:n��xޏ�~�]\o0 l�r�s�te��v��[�r�s�v0^�99�0 l�)n�^��[��v�0^�99!0 l��e��c6r�|�^�1s�0.10 0 l�)n�^�c6r�|�^��1!0 l��]\o5u�s�vac100-240�50-60hz0 l��]\o�s�x��[�q��enon��e3�iq�v\��ep��'`lso � l� working frequency scope: 20~25khz. frequency automatic tracking. l� it can store ten sets of regular program data and one set of combining programs, which working modes has two kinds as timing and counting. l� the combining program can comprise of ten sets of regular programs at maximum and choose the circulating or non-circulating working modes. l� overtemperature protection and alarming functions. l� ultrasonic output intensity automatic restriction function. l� timing mode working time clocking: 0~99 hours 59 minutes 59 seconds. l� counting mode ultrasonic working times: 0~9999 times. l� ultrasonic time scope: 0~99 seconds. l� interval time scope: 0~99 seconds. the interval time=0 is for ultrasonic continuous working. l� power adjustment scope: 0~99% of the rated power. l� temperature setting scope: 0~99!. l�time control precision: 1s�0.10 . l�temperature control precision: �1!. l�working voltage: vac100-240�50-60hz. l�working environment: indoor (no humidity, no direct sunlight, no corrosive gas) 2 '`��spenȉh�� 2 performance parameter schedule: jyd150ljyd250ljyd650ljyd900ljyd1200ljyd1800lg'y��q�r�s�w �15025065090012001800��:g�se^fg�(mm)368102025�s �m��se^fg��(mm)2�3�4�5�6�7�8�10�15�20�25�28 jyd150ljyd250ljyd650ljyd900ljyd1200ljyd1800lmaximum output power�w �15025065090012001800amplitude transformer with machine �(mm)368102025optional amplitude tranformers: �(mm)2, 3, 4, 5, 6, 7, 8, 10, 15, 20, 25, 28 a� ��d\oo(u�f a� �operating instruction 1mrb�g�f��v�v �� 1 front panel instruction (fig. 4): �v�v fig. 4 �mvf>f:yo\� `$ lc display screen 128�64�p5�lcd�mvf>f:yo\�ؚ�n�^0ؚ�[�k�^0no�r��>f:y�]\o�r`0penci{�oo`0�s�nt�e>f:y�v�c�oo`�,{n�c�z�^�s�p0-p9 �0��x!kpe�0000-9999 �/�[�eh�_�00:00:00-99:59:59 ��,{�n�c��x�00-99�y �0��00-99�y ��,{ n�c��r�s�00-99% �0)n�^�00-99! �0��)nh�_�!�,{�v�c��r�sh��usmow �0 128�64 dot matrix lcd liquid crystal display screen, high brightness, high contrast, low power consumption, which displays information such as working status and data, etc. it can concurrently display four lines of information: the first line: programs numbered (p0-p9), ultrasonic wave times (0000-9999)/timing signs (00:00:00-99:59:59); the second line: ultrasonics (00-99 seconds), intervals (00-99 seconds); the third line: power (00-99%), temperature (00-99!), overtemperature sign �!; the fourth line: power meter (unit: w). a$3��]�y c.�� a$3�left shift button (w��n�r`�e� cndk.��s�nlcd>f:yo\n�c�s��w�t�] ��b�ymo��y0r��[�vnmo��mopenc��p�h�:y�mopenc�s�n9e�s0 (wџl��r`�t�f\p�r`�e�dk.� nw�\o(u0 when setting status, press this button and shifts can be chosen from right to left under the lcd screen by one digit necessary for setting. this digit data flashing indicates this digit data can be changed. under the running status and pause status, this key does not function. b$6��qbn� c.�� b$6�deduction or down rolling button: (w��n�r`�e��y�g�epencmo��p� cndk.��stn�o!k��q@b�px[�vz�^penc0�y�g gpencmo��p� cndk.��so��pmo�vpenc�qn��n9^�0�_�s0 (wџl��r`�e� cndk.��so�r�s�tef:yhv�]��w�t�s ��b�ymo��y0r��[�vnmo��mopenc��p�h�:y�mopenc�s�n9e�s0 (wџl��r`�e� cndk.��sۏeqb��q�f\p�r`0 when setting status, press this button and shift can be chosen from left to right at the upper roll screens to the digit necessary for setting. when this digit flashes, it indicates that this digit data can be changed. under running status, press this button and enter into or exit the pause status. 2tb�g�f��v�n �� 2 back panel instruction (fig. 5): �v�n fig. 5 �se^fg ��b_sq� amplitude transformer selection switch: �bc�se^fg�e��^ c�se^fg�vĉeeq��4x�x�v�mso-n0 c7h�tϑ�vy\ ��b�s_�v�[hv�ջ�{bt�y�pog�s�y�_�{ ��v�[b�[>e}y��{�q�vasw[9ybgsm��segnx�[vqؚnomon�o�se^fg g�z�ceq7h�t�mb�10-15mmv^ovq(w�[hv�v-n�_mon� n�_��se^fgn�[hv�v�c�0�se^fg g�z�y�[hvn,��^'y�n30mm0ϑ\�e��r�s_\�v�`�qn�s'y�n10mm0�nhvtb��^ go�}y�v�θ0�h�g�c�~ޏ�c�e�t�sb_5u�n_sq0 `$ connect the apparatus according to fig. 6: insert the temperature sensor plug, the transducer cable, the power wire and the amplitude transformer into around 1cm test liquid, and then place the temperature detector into pulverized liquid. select proper containers according to sample amounts (test tubes or various beakers or centrifuge tubes), fix it or install it well. please adjust the cross clip or the elevator platform inside the sound-proof box to determine its elevation, the end of amplitude transformers shall be inserted under the liquid surface between 10-15mm, and in the center of the container. don�t let the end of e the amplitude transformer contact with the container. the end of the amplitude transformer is generally over 30mm distant from the container. when the volume is small, it can be greater than 10mm under small power situation. the back of the apparatus shall be ventilated well. when the wiring connection is inspected errorless, open the power switch. �nhv n5ut��hqۏeq��h�>f:y�vn0�vkq0 eq \o\ac(�%,2) after being charged, the apparatus first enter into self-inspection, which is shown as fig. 7 and fig. 8. �vn fig. 7 �vkq fig. 8 ��h�[btۏeq��n�r`�>f:y�v]n0 after self-inspection is completed, it enters into the setting status, which is shown as fig. 9. �v]n fig. 9 lcd>f:y n!ksq:g�egtn!k��[�vz�^penc0 lcd displays the final set program data of the previous turning off of machine. c n�5� b n�6� .��s�o!k��q�px[�v10wyz�^penc0p0-p4:n��pe�e_�]\oz�^�p5-p9:n�[�e�e_�]\oz�^�pn:n�~t�]\o�e_0(w��pe�e_�e�n*n��xhtg�rn*n��htg:nn!k�p��pe�]\o