Learn to operate the Full-automatic Wire Stripping Machine WPM-MAX2. This guide covers the boot screen, run status, and how to set output and gross parameters.<\/p>\n
How to operate Full-automatic Wire Stripping Machine WPM-MAX2<\/p>\n
(FOR WPM-MAX2 70mm 2)<\/p>\n
Scope of Application
\nWPM Series Full-automatic Computer Wire Stripping Machine made by our factory is suitable for cutting, head-stripping, tail-stripping, and middle-stripping of the single\u2013strand, multi-strand, and sheathed wire. The maximum processing cross-sectional area is 0.1-50mm 2; the maximum cutting length is 100m, head-stripping 200mm, and tail-stripping100mm. WPM09-NX2 is suitable for stripping and twisting super short and thin wires with the shortest wire of 28-30mm; With rollers lifting function during stripping, WPM-09HT2 is suitable for stripping sheathed wire, especially for sheath wire of long Wire Head and Wire Tail. WPM MAX2 is the best option to process super thick cable wire of cross-sectional area 35-70mm2.<\/p>\n
Weight: 72KGS
\nOverall Dimensions: 400mm\u00d7515mm\u00d7345mm
\nPower: 1000W
\nMode of Display: LCD Liquid Crystal Display Screen in English and Chinese
\nCutting Length: 0.1mm-100m
\nCutting Tolerance: \u22640.002\u00d7L (L = Cutting Length)
\nCutting Cross-sectional Area of Wire Core: 2-50mm2
\nMaximum Diameter of Conduit Pipe: \uffe018
\nMiddle-stripping: 12 places of stripping
\nKnife Material: High-quality Tungsten Steel
\nStripping Speed: 100mm\/pc, 4000 \u2013 6000 pcs\/h
\nMode of Driving: 8-wheeled Drive (Silent hybrid stepping motor, each step 0.1mm forward)
\nAdjusting Speed: 0 Slowest, 9 Fastest <\/p>\n
Points for Attention of Safe Operation
\nFirst of all, thank you very much for buying our WPM Series Full-automatic Computer Wire Stripping Machine. For safe and correct operation of this machine, please read this operation manual carefully before operation.
\n\u2160. Power Adapter: AC 220\u2013250V, 50\u201360HZ. To provide a stable operating voltage, the user should select and use a power voltage stabilizer to prevent this machine from being burned out caused by over-voltage.
\n\u2161. On operation, this machine should be placed on a smooth and stable surface to prevent this machine from falling and being damaged.
\n\u2162. Don\u2019t use this machine near an area with a stronger electromagnetic field to prevent this machine from being interfered with.
\n\u2163. On operation don\u2019t place any objects on this machine, don\u2019t place this machine near corrosive chemicals, and be sure to keep the operating environment dry, well-ventilated, and dustless, with operating room temperature: 0\u201335\u2103.
\n\u2164. On operation if bad effects of wire stripping or some faults appear, please read this operation manual for faults and clearances, if you still cannot solve the problems, please call our technical service telephone to realize the method of maintenance and repair. For your safety, please don\u2019t disassemble this machine by yourself for maintenance and repair. <\/p>\n
Note: According to the stipulations in the relevant laws and regulations of the People\u2019s
\nThe Republic of China, the power of interpretation for the relevant contents in this Operation
\nThe Manual belongs to our factory. The contents are subject to change without notice. The
\nEdition No. of Operation Manual: V3.0 <\/p>\n
Main Structure of Wire Stripping Machine<\/p>\n
(Table1-1)<\/p>\n
Note: You need to add oils to the oiling hole at the top of the knife rack regularly to keep it well-lubricated.<\/p>\n
\uff08See Table 1-1\uff09Explanation of the main structure:
\n1. Wire-inlet Rollers: Assist the knife rack to perform wire head stripping when it moves forward or back forward the wire.
\n2. Wire-outlet Rollers: Assist the knife rack to perform wire tail stripping, wire twisting, and wire output.
\n3. Wire-inlet: Wire is put into the machine through the inlet.
\n4. Conduit: Wire goes through the conduit while feeding in.
\n5. Knife Rack Assembly: For wire cutting: head stripping and tail stripping.
\nWire-inlet Rollers lifting switch: Press the switch button to lift the inlet rollers and let the wire be feeding into the knife cut-off position; Press the button again to put down the rollers and press to the wire. The tightness of the pressing can be adjusted by the roller gap. (Note: Normally during stripping, it is needed to press the lifting button again as the wire will be needed to press down. If the tightness between the roller and wire is not enough, you may need to adjust the roller gap till it works.)
\n6. Wire-outlet Rollers lifting switch: Press the button to lift the out-let rollers and press again to put down the rollers and press to the wire. The tightness of the pressing can be adjusted by the roller gap.
\n7. Wire-inlet Roller-gap Adjustment Rotary Switch: Turn the switch with larger digits to increase the gap and vice versa. (Note: the rotary switch should be adjusted after the air cylinder lifting roller because of the air cylinder pulling power.<\/p>\n
8.\u3000Wire-outlet Roller-gap Adjustment Rotary Switch: Turn the switch with larger digits to increase the gap and vice versa.
\n10.\u3000Liquid Crystal Displayer( LCD): Display wire stripping related parameter.
\n11.\u3000Keyboard: Input parameter, start and stop the machine.
\n12. Air filter
\n Fast operation example
\n1. Strip and cut 35mm2 copper wire of 7 strands, total length 150mm, head stripping 20mm, tail stripping 20mm: set up as follows:
\n
\n2. Strip and cut 50 mm2 copper wire of 19 strands, total length 150mm, head stripping 20mm, tail stripping 20mm, change the parameter in the above picture: knife value from 435 to 500; knife retreat from 85 to 90.
\nThe above parameters are for reference only and specific set-up will still depend on the processing wire.
\nNote: The small the knife value is, the deeper the cutting is; the thicker the wire is, the larger the knife retreat value should be. The following table is the reference parameter data for the set-up of knife value and knife retreat value:
\n
\nOperating instructions
\nDrawing of the control panel
\n
\nThe system interface is composed of 23 keys and a 192\u00d764 dot matrix LCD, the following will be introduced to each key function
\n \uff1a In the standby mode, with each short press once, the machine performs a single-step, cyclic; even following the press for more than about 0.5 seconds, the machine will automatically run a loop; the button in the machine control effect is very big;
\n \uff1a In the standby mode, press this button, and the machine begins to work;
\n \uff1a In the working statute, press this button, and the machine will finish the work after shutdown;
\n \uff1a In the standby mode, press this button, and the machine will perform a reset action; in the working state, press this button, and the machine to shut down, after the implementation of the reset action;
\n \uff1a In a data input state press this key, and enter the number 0; in the standby state press this button and the machine will enter the stripping parameter setup state;
\n \uff1a In a data input state press this key, and enter the number 1; in the standby state press this button and the machine will enter the speed parameter setup state;
\n \uff1a In a data input state press this key, and enter the number 2; in the standby state press this button and the machine will enter the twisting parameter setup state;
\n \uff1a In a data input state press this key, and enter the number 3; in the standby state press this button and the machine will according to the current function into setting the picture corresponding to the function;
\n \uff1a In a data input state press this key, and enter the number 4; in the standby state press this button, volume 0;
\n \uff1a In a data input state press this key, and enter the number 5; in the standby state press this key, the count of 0;
\n \uff1a In a data input state press this key, and enter the number 6; in the standby state press this button, switch the machine to working mode;
\n \uff1a In a data input state press this key, and enter the number 7; in the standby state press this button, switch the machine to working mode;
\n \uff1a In a data input state press this key, and enter the number 8; in the standby state press this button and the machine will enter the output settings;
\n \uff1a In a data input state press this key, and enter the number 9; in the standby state press this button and the machine will enter the function setting picture;
\n \uff1a In a data input state press this key, and remove the input data; in the standby state press this key, total output and the number of full clear 0;
\n \uff1a In the standby state press this button and the machine will enter the program settings;
\n \uff1a In the parameter settings by pressing the key, set parameters most low plus 1; in a parameter setting state press this button, the knife value plus 1;
\n \uff1a In the parameter settings by pressing the key, set parameters most low plus 1; in a parameter setting state press this button, the knife value minus 1;
\n \uff1a In the parameter settings by pressing the key, the modified data gives up, and the last date is into the modified object;
\n \uff1a In the parameter settings by pressing the key, the modified data gives up, and the next data is into the modified object;
\n \uff1a In the parameter set state press this key, the modified data will be saved and written to the EEPROM, and the next data into the modified object;
\n \uff1a In the parameter set state press this key, exit the parameter setup state; the function setting screen, segmental stripping setting screen, and system setup screen. Press this key, return to the work picture;
\n \uff1a On the standby screen, press the key, and enter the system arrangement of the picture, need to enter the password before entering, in a setting screen, function; multistage peeling setting picture, system settings, you press the key, enter the parameter setup state;<\/p>\n
Work screen
\nOnce the machine is powered on, the screen display a boot screen, about three seconds will display this picture; the machine begins to run, in the picture on the screen; otherwise, the machine could not start;
\n
\nStripping parameter setting: The machine when in standby mode, press; front length parameter begin to flicker, at this time can directly enter the number, if the input error, press clear input digital input again; then press preservation, and a parameter flicker, until the front end length, front half stripping, total length, rear half stripping end length, cutter, knife back all the input completion value; The small of the knife value is, the deeper of the cutting is; the thicker of the wire is, 0the larger of the knife retreat value should be; Parameter setting press flashes forward a parameter; press after the removal of blinking parameters; at any time by withdrawing from the set of parameters, back to the standby state;
\nStripping speed settings: The machine when in standby mode press; the cutter speed parameter to start flashing at this time can directly enter the number, if the input error, press clear input digital input again; Then press preservation, and a parameter flicker, until the cutting speed, feeding speed, stripping speed, pause time all input to complete; Parameter setting; press flashes forward a parameter; press after the removal of blinking parameters; at any time by withdrawing from the set of parameters, back to the standby state;
\nOutput settings: The machine when in standby mode press; the gross parameter set to begin to flicker, at this time can directly enter the number, if the input error, press clear input digital input again; Then press preservation, and a parameter flicker, until the set, the total number of all input to complete; Parameter setting; press flashes forward a parameter; press after the removal of blinking parameters; at any time by withdrawing from the set of parameters, back to the standby state;
\nTwisted line set: The machine when in standby mode press; Front twist mode scintillation, this time press \u3001 switching, Then press preservation, and a parameter flicker, until the front twist, twist wire mode input mode is completed, then by previous methods input torsion line speed, twisting strength; Parameter setting; press flashes forward a parameter; press after the removal of blinking parameters; at any time by withdrawing from the set of parameters, back to the standby state;
\nProgram number set: The machine when in standby mode, press; program arguments begin to flicker, at this time can directly enter the number, if the input error, press clear input digital input again; then press preservation, to standby state;
\nWork mode switch: The machine when in standby mode, press \u3001 work mode switch;<\/p>\n
Work mode explains
\nThis machine is a multifunctional wire cutting machine, with a total of 6 kinds of wire cutting & stripping procedures, following picture description:
\nLine mode:
\n The model and the traditional 220 wire cutting machine function, can be mounted wire twisting device to increase the twisted wire, wire length as shown, only according to the above method to input the desired size, at this mode function is not available;
\n
\nThe short-term model:
\n
\nThe model machine and long-term are the same, only the machine stripping action is not the same; and no twisting line function; at this mode function is not available;
\n This mode without twisting line function; press Function into the following cable function setting picture:
\n In a parameter setting condition, press \u3001 upward or downward view 1-12 segment set parameters; press set parameter, Until all parameters input to complete;<\/p>\n
Note: in a multistage model, the total is equal to the length of each wire length and coupled with the front end length, procedures have been calculated automatically and highlighted, so set the total length, the length of the whole no-end; end length is the end of the length of! Also, no need to set up, when the required length is arranged is completed, a set of 0
\n
\nFunction setting picture
\nIn the standby state, press to enter this screen; in the picture display, the machine does not start the work, press return to work picture;
\n Parameter setting: press start settings, until all parameters input to complete;
\nSystem setup screen: Standby state, press to enter this screen; input password (10010011) to enter this screen; display the picture, the machine does not start the work, press return to work picture;
\n Parameter setting: press start settings, until all parameters input to complete;<\/p>\n
Stripping set matters needing attention
\n1\u3001 several stripping parameters, the total length must be greater than the front-end length + back-end length; otherwise the work machine;
\n2\u3001the use of communication control of the machine, must ensure that the machine in the display screen work and non parameter setup state; otherwise, the communication control is invalid;
\n3\u3001use the appropriate speed operation;
\n4\u3001in the screen work and non parameter settings, the Can be directly pressed \u3001 the cutter set the value without stopping;
\n5\u3001if the four running indicator light flashes illustrate the setting parameters, can start the machine;
\n6\u3001twisting line setting: the first torsional offset parameters are designed for a short-term twisting function set, meaning when the machine is off your front, wire feeding after twisting wheel distance; sometimes can be fitted to the short-term blade after twisting the wheel, then the parameter set small, reach short-term torsion a line function; the general line is set to 32, no need to change; short-term according to the blade and the wire twisting wheel actual distance adjustment; ( can single-step operation mode to the step, if the wire feeding more than wire twisting wheel, can reduce the parameter can be increased, and vice versa;)<\/p>\n
Six, Introduction of communication protocol
\nThe machine is equipped with a standard RS485 communication function, the user can through the host computer ( PLC, PC ) to directly control the machine; communication hardware specifications for 38400, 8, 1, N
\nThe following is the machine accepts commands in detail
\n1\u3001the emergency stop command: PC issued three-byte hexadecimal numbers 16 01, 66, 99; wherein the first 01 is the station number, can set up a system screen to change, the machine successfully received the order will return received the three bytes of data, this machine has received notice of the command;
\n2\u3001stop command: PC issued three-byte hexadecimal number 16 01, 77, 88; wherein the first 01 is the station number, can set up a system screen to change, the machine successfully received the order will return received the three bytes of data, this machine has received notice of the command;
\n3\u3001stop command: PC issued three-byte hexadecimal number 16 01, 88, 77; wherein the first 01 is the station number, can set up a system screen to change, the machine successfully received the order will return received the three bytes of data, this machine has received notice of the command;<\/p>\n
Seven, Wire cutting example
\n( 1 ) long pattern
\n 1\u3001The wire is placed in a roller intermediate, adjust the roll gap to have
\njust come into contact with the wire and then down 2 big;
\n2\u3001Set size:
\n\u2474 Enter setup mode: Standby mode press\n <\/p>\n
\n\u2475 Set the front stripping length\n <\/p>\n
\n\u2476 Set the first half stripping length\n <\/p>\n
\n\u2477 Total length\n <\/p>\n
\n\u2478 Set the last half stripping length\n <\/p>\n
\n\u2479 Set back length\n <\/p>\n
\n\u247a The cutter set value: ( Reference )\n <\/p>\n
\n\u247b Set back the knife: ( Reference )\n <\/p>\n
\n\u247c Set line mode:\n <\/p>\n
press Set line mode;<\/p>\n
3\u3001press more than 0.5 seconds, and the machine will stop automatically after carrying a line, have a look whether the value of the right knife and direct press \u3001 correction; Until satisfied;<\/p>\n
( 2 ) Multi-segment peeling
\n 1\u3001the wire is placed in a roller intermediate, adjust the roll gap to have just come into contact with the wire and then down 2 big;
\n2\u3001setting size:
\n\u2474 Enter setup mode: Standby mode press\n <\/p>\n
\n\u2475 Set the front stripping length\n <\/p>\n
\n\u2476 Exit strip, parameter setting\n <\/p>\n
\n\u2477 Set multistage mode: press set to multi
\nsegment model;
\n\u2478 Enter the number of segments is set: press set to more
\nfootage;
\n\u2479 Set the first segment length of stay skin\n <\/p>\n
\n\u247a Set the first segment peeling\n <\/p>\n
\n\u247b Set second leaving skin length\n <\/p>\n
\n\u247c Set second\n <\/p>\n
\n\u247d Set third leaving skin length\n <\/p>\n
\n\u247e Set third leaving skin length\n <\/p>\n
\n\u247f Set forth as the length\n <\/p>\n
\n\u2480 Return to work picture\n <\/p>\n
\n\u2481 pree more than 0.5 seconds, the machine will stop automatically after carrying a line, have a look whether the value of the right knife and direct press \u3001 correction; Until satisfied;<\/p>\n
Explain
\n1\u3001if the third set to 0, then the program that you just cut in two, and so on; if you want to peel the 12section, the 12section of the length of the whole set;
\n2\u3001multiple stripping mode, twisting line function is invalid;<\/p>\n
\nThe adjustment o knife cutting position
\n1. Start the machine.
\n2. Adjustment of MAX2 knife position: the distance between the two knife blades\u2019 noses should be around 8-10mm while the distance between the two blades\u2019 V shape bottom points should be around 34mm. ( See Picture A)
\n3. Key points of attention for changing knife blades:
\n1. The up plane of the inner left knife rack should be blown to the right knife rack plane with 19mm which also should be lower than the knife rack outside frame with 4mm as shown in picture B.
\n2. Left gear should be higher than the middle gear with 1 gear height while the right gear should be higher than the middle gear with 6 gear heights. ( See picture B)
\n3. Normally, the distance between two knife blades\u2019 noses should be around 8-10mm while the distance between two blades\u2019 V shape bottom points should be around 34mm. ( See picture A)
\n4. After adjustment, insert both sides of the knife rack gears into the middle axil tooth and fix the screws of both sides knife rack.
\n5. Restart the machine and adjust the knife value if the cutting depth is changed.
\n (Picture A) (Picture B)
\nEight, Phenomenon and exclusion<\/p>\n
The emergence of the phenomenon\n <\/p>\n
Processing method
\nThread stripping without\n <\/p>\n
1\u3001check the thread cutting depth, cutting marks are too shallow for regulating \u201c diameter \u201d smaller.
\n2\u3001the line wheel pressure is not enough, need to adjust the \u201c into the line wheel pressure regulating knob \u201d, the line wheel pressure.
\n3\u3001the line wheel clearance is too large, need to adjust the \u201c into the line wheel clearance adjustment knob \u201d, and the line wheel clearance is reduced to a proper position.
\n4\u3001stripping the first set is greater than or equal to 3.
\n5\u3001the line wheel if there is dirt, is required to be cleaned.
\n6\u3001retreat knife set may be too large, should be appropriate to reduce the retracting parameter ( reference value 00-10 ).
\n7\u3001the next tool misalignment, please refer to chapter seventh section 2 test chart 7-7 alignment condition.
\nWire stripping without tail\n <\/p>\n
1\u3001check line tail cutting depth, cutting marks too shallow for regulating \u201c diameter \u201d smaller.
\n2\u3001wire wheel, the pressure is not enough, need to adjust the \u201c round pressure regulating knob \u201d, the line wheel pressure.
\n3\u3001wire wheel clearance is too large, which is required for the regulation of the \u201c round gap adjustment knob \u201d, to make the pulley gap reduced to a proper position.
\n4\u3001stripping the first set is greater than or equal to 3.
\n5\u3001pulley if there is dirt, required to be cleaned.
\n6\u3001retreat knife set may be too large, should be appropriate to reduce the retracting parameter ( reference value 00-10 ).
\n7\u3001the next tool misalignment, please refer to chapter seventh section 2 test chart 7-7 alignment condition.
\nWire skin of severe barotrauma\n <\/p>\n
1\u3001first judge barotrauma from inlet wheel or pulley, wheel pressing force to be small.
\n2\u3001contact my company, for the purchase of rubber tire.
\nThrum peel line core cut of several roots\n <\/p>\n
The \u201c diameter \u201d tone in 1 or 2, retry until notto hurt the line core.
\nLength of the line, there is greater than or equal to the set length\n <\/p>\n
1\u3001the line wheel pressure is not enough, and sometimes thread stripping without phenomenon, thread stripping online is greater than a predetermined length, regulating \u201c into the line wheel pressure regulating knit \u201d, so the line wheel pressure.
\n2\u3001dirt, pulley, required to be cleaned.
\nA wire inlet wheel clearance is too large, to adjust the \u201c into the line wheel clearance adjustment knob \u201d, and a wire feeding wheel gap is smaller.
\nLength of line, there is less than or equal to the set length\n <\/p>\n
1\u3001the wire itself line thickness a.
\n2\u3001a rolling wheel with dirt, is required to be cleaned. The conductor surface wax, lead into, wire wheels slip with sticky wax, wire brush, and gasoline cleaning four rolling wheels.
\n3\u3001take out wire, level \u201c 00 \u201d air operation phenomenon, be excluded.
\n4\u3001the wire laying frame has a card hysteresis phenomenon, leading to the poor conveying wire.
\nHead and tail cut or no cut\n <\/p>\n
1\u3001check the head or tail of served, wire diameter is too small, should adjust the \u201c wire \u201d to bigger. ( a reference value 30-90 )
\n2\u3001Checking thread tail no cut marks, wire diameter is too large, should adjust the \u201c wire \u201d smaller. ( a reference value 30-90 )
\nSometimes the head or tail was cut off\n <\/p>\n
1\u3001wire wheel, the pressure is not enough, please check and regulate of \u201c round pressure regulating knob \u201d, and make the pulley pressure becomes great.
\n2\u3001the line wheel clearance is too large, need to adjust the \u201c into the line wheel clearance adjustment knob \u201d, to the line wheel clearance reduction.
\nThere are several strands of wire long thread\n <\/p>\n
1\u3001wire diameter is too small, the cut wire, the strip with a copper wire, to increase the diameter of 1-2, try again.
\n2\u3001retreat knife set too small, it should be increased the retracting parameters (00-10 )
\nSometimes the conducting wires together no knife broken\n <\/p>\n
1\u3001the edge parts activities with the ordinary oil, try again (usually 8 hours filling a ).
\n2\u3001the speed is slow.
\n3\u3001check the wire specifications in AWG12# line ( 3 square ).
\n4\u3001the blade is blunt, flat grinding, or replacement.
\n5\u3001according to the seventh part of the third inspection.
\nPress run after shutdown can only cut a screen that appears \u201c short line or knot \u201d\n <\/p>\n
1\u3001no line of automatic shutdown function, belongs to the normal.
\n2\u3001setting the length should be greater than 32 mm ( except for the 98 procedures ).
\n3\u3001wire wheel clearance is too large, which is required for the regulation of the \u201c round gap adjustment knob \u201d to make the pulley reduce the gap.
\nWhen the power is switched on the fan works normally, and the screen is normal, but according to \u201c run \u201d after the machine can not move\n <\/p>\n
1\u3001because of the voltage instability or illegal operation of the circuit board in the insurance pipe burn, need to replace the fuse ( open the case cover, visible in the circuit board has two 5A insurance tube ).
\n2\u3001such as changing insurance tubes, continuing to burn out, and my company customer service department or office contact.
\nIncision inclined tangent\n <\/p>\n
1\u3001wire itself is too curved, the purchase of a straightening device.
\n2\u3001a lead mouth without facing the edge center.
\n3\u3001a tail tilts, inspect the wire pipe is leaning against the tool too close.<\/p>\n
<\/p>\n
Xiamen Jingwei Technology Co., Ltd. (JINGWEI TECH) manufactures automatic wire harness processing equipment \u2014 cutting, stripping, crimping, coiling, binding and taping machines \u2014 exported worldwide with OEM\/ODM support and a 1-year warranty. Browse our full machine catalog<\/a> or request a quote<\/a>.<\/p>\n","protected":false},"excerpt":{"rendered":" Learn to operate the Full-automatic Wire Stripping Machine WPM-MAX2. This guide covers the boot screen, run status, and how to set output and gross parameters. How to operate\u2026<\/p>\n","protected":false},"author":0,"featured_media":0,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[210],"tags":[],"class_list":["post-3576","post","type-post","status-publish","format-standard","hentry","category-industry-news"],"_links":{"self":[{"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/posts\/3576","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/posts"}],"about":[{"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/types\/post"}],"replies":[{"embeddable":true,"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/comments?post=3576"}],"version-history":[{"count":0,"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/posts\/3576\/revisions"}],"wp:attachment":[{"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/media?parent=3576"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/categories?post=3576"},{"taxonomy":"post_tag","embeddable":true,"href":"https:\/\/wiretyingmachine.com\/fr\/wp-json\/wp\/v2\/tags?post=3576"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}