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23

ENGLISH

TETHERING

For tethering, use a dynamic climbing rope or energy absorbing 
lanyards only. Do not hang the product from the guide bar cover.

PUSH AND PULL

The reaction force is always opposite to the direction the chain is 
moving. Thus, the operator must be ready to control the tendency 
for the product to pull away (forward motion) when cutting on the 
bottom edge of the bar and the push backwards (towards the 
operator) when cutting along the top edge.

SAW JAMMED IN THE CUT

Turn o

  the product, engage the chain brake, and remove the 

battery pack. Do not try to force the chain and bar out of the cut 
as this is likely to break the chain, that may swing back and strike 
the operator. This situation normally occurs because the wood is 
incorrectly supported that forces the cut to close under compression, 
thereby pinching the blade. If adjusting the support does not release 
the bar and chain, use wooden wedges or a lever to open the cut 
and release the saw. Never try to turn on the product when the 
guide bar is already in a cut or kerf.

SKATING / BOUNCING

When the product fails to dig in during a cut, the guide bar can 
begin hopping or dangerously skidding along the surface of the log 
or branch, possibly resulting in the loss of control of the product. 
To prevent or reduce skating or bouncing, always use the product 
with both hands make sure that the saw chain establishes a groove 
for cutting. Never cut small, 

fl

 exible branches, or brushes with the 

product. Their size and 

fl

 exibility can easily cause the saw to bounce 

towards you or bind up with enough force to cause a kickback. The 
best tool for that kind of work is a hand saw, pruning shears, an axe 
or other hand tools.

PERSONAL PROTECTIVE EQUIPMENT

Wear a helmet at all times when operating the product. A helmet, 
equipped with mesh visor, can help reduce the risk of injury to the 
face and the head if kickback occurs. Wear ear protectors.
Good quality personal protective equipment, as used by 
professionals, helps reduce the risk of injury to the operator. The 
following items should be used when operating the product:

SAFETY HELMET

Should comply with EN 397 and be CE marked.

HEARING PROTECTION

Should comply with EN 352-1 and be CE marked.

EYE AND FACE PROTECTION

Should be CE marked and comply with EN 166 (for safety glasses) 
or EN 1731 (for mesh visors).

GLOVES

Should comply with EN381-7 and be CE marked.

LEG PROTECTION (CHAPS)

Should comply with EN 381-5, be CE marked and provide all-round 
protection.

PRUNING SAW SAFETY BOOTS

Should comply with EN ISO 20345:2004 and be marked with a 
shield depicting a pruning saw to show compliance with EN 381-3. 
(Occasional users may use steel toe-cap safety boots with protective 
gaiters that conform to EN 381-9 if the ground is even and there is 
little risk of tripping or catching on undergrowth.)

PRUNING SAW JACKETS FOR UPPER BODY PROTECTION

Should comply with EN 381-11 and be CE marked.

KNOW YOUR PRODUCT

1. Front 

handle

2.  Front hand guard
3. Lock-o

  device 

4. Power 

switch

5. Rear 

handle

6.  Chain lubricant cap 
7.  Chain oil tank 
8.  Rear hand guard 
9. Combination 

wrench 

10. Battery pack
11. Spiked bumper
12. Saw chain
13. Guide bar
14. Bar groove
15. Chain drive
16.  Drive sprocket cover 
17.  Chain tension screw 
18.  Bar mounting nut 
19.  Guide bar cover

 WARNING! 

Consequences of improper maintenance, removal, 

or modi

fi

 cation of safety features, ignition switch, hand guard (front 

and back), spiked bumper, chain catcher, guide bar, low kick-back 
saw chain may cause the safety features to not function correctly, 
thus increasing the potential for serious injury.

SPIKED BUMPER

The integral bumper spike may be used as a pivot when making a 
cut. It helps to keep the body of the product steady while cutting. 
When cutting, push the product forward until the spikes dig into the 
edge of the wood, then by moving the rear handle up or down in 
the direction of the cutting line it can help ease the physical strain 
of cutting.

GUIDE BAR

Generally, guide bars with small radius tips have somewhat lower 
potential for kickback. You should use a guide bar and a matching 
chain that is just long enough for the job. Longer bars increase 
the risk of loss of control during sawing. Regularly check the chain 
tension. When cutting smaller branches (less than the full length of 

Summary of Contents for HEAVY DUTY M18 FHS20

Page 1: ...M18 FHS20 EN User Manual ZH ZH KO TH ID Buku Petunjuk Pengguna VI C m nang h ng d n s d ng JA...

Page 2: ...11 6 16 13 START STOP 2...

Page 3: ...9 18 8 15 3...

Page 4: ...4 M18 FHS20 EN User Manual ZH ZH KO TH ID Buku Petunjuk Pengguna VI C m nang h ng d n s d ng JA...

Page 5: ...19 9 7 5 4 6 3 12 14 15 13 17 18 11 1 5 2 8 16 10...

Page 6: ...click 6 Click Klik Ti ng t ch Remove the battery pack before starting any work on the product Lepaskan paket baterai sebelum memulai pekerjaan apa pun pada produk Th o pin tr c khi b t u thao t c v i...

Page 7: ...Seite 18 waukee 75 100 50 75 25 50 10 25 10 7...

Page 8: ...3 mm 1 2 3 4 8...

Page 9: ...1 2 3 4 10 min 10 min 9...

Page 10: ...TEST START 10 Test TES Ki m tra Start Mulai Kh i ng...

Page 11: ...START STOP 1 2 11 Start Mulai Kh i ng Stop Berhenti D ng Carry out a test cut G G U Lakukan tes pemotongan Th c hi n c t th nghi m...

Page 12: ...12 Insulated gripping surface G G Permukaan genggam berinsulasi B m t tay c m c c ch i n...

Page 13: ...1 2 13...

Page 14: ...1 2 3 14...

Page 15: ...1 2 3 15...

Page 16: ...1 4 2 1 2 2 3 16...

Page 17: ...6 5 3 mm 7 17...

Page 18: ...OIL 1 2 3 18 Oil Oli D u...

Page 19: ...4 19 5...

Page 20: ...20...

Page 21: ...tion and noise should take into account the times when the tool is turned o or when it is running idle These conditions may significantly reduce the exposure level over the total working period Identi...

Page 22: ...cement guide bars and chains may cause chain breakage and or kickback Follow the manufacturer s sharpening and maintenance instructions for the saw chain Decreasing the depth gauge height can lead to...

Page 23: ...following items should be used when operating the product SAFETY HELMET Should comply with EN 397 and be CE marked HEARING PROTECTION Should comply with EN 352 1 and be CE marked EYE AND FACE PROTECTI...

Page 24: ...s Accidents involving the use of pruning saws often result in loss of limbs or death It is not just the pruning saw that is the hazard Falling branches toppling trees and rolling logs can all kill Dis...

Page 25: ...ed or missing do not operate the product until the parts are replaced Failure to heed this warning could result in serious personal injury Make sure to remove the battery pack Wear gloves 1 Remove the...

Page 26: ...s WARNING Remove the battery pack before adjusting maintaining or cleaning the product Failure to do so could result in serious personal injury Make adjustments or repairs described in this manual onl...

Page 27: ...grippy sole and steel toe Wear gloves Always wear protective clothing and footwear Wear a protective helmet Wear ear protectors Use safety glasses Beware of pruning saw kickback and avoid contact wit...

Page 28: ...28 0 6 9 P V LQ PP LQ PP PP PP PO NJ 37 3URFHGXUH L RQ K K NJ 0 0 0 0 1 G G G G 1 DK P V P V P V 1...

Page 29: ...29 1 1...

Page 30: ...30 1 1 1 1 1 62 1 1 1 5D QDXG V 6 QGURPH...

Page 31: ...31 1 0 8 0 0...

Page 32: ...32 0 8 0 8 0 8 0 8 0 8 0 8 0 8...

Page 33: ...33 G v0 V...

Page 34: ...190 mm 9 5 mm 3 8 1 1 mm 0 043 33 77 ml 2 20 kg EPTA Procedure 01 2014 Li Ion 2 0 Ah 12 0 Ah 2 74 3 85 kg 18 50 M18B M18HB M12 18 M18 DFC EN 62841 A 83 3 dB A K 3 0 dB A A 94 3 dB A K 3 0 dB A EN 6284...

Page 35: ...35 EN 397 CE EN 352 1 CE...

Page 36: ...36 CE EN 166 EN 1731 EN381 7 CE EN 381 5 CE EN ISO 20345 2004 EN 381 3 EN 381 9 EN 381 11 CE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 Raynaud s Syndrome...

Page 37: ...37 EN 381 7 CE 50 30 27 30 50 6 1 M18 M18 10 5 1 2 3 4 5 6 7 8 1 2 3 4 6 8 5 1 4 1 2 3...

Page 38: ...38 MILWAUKEE 1 2 3 4 5 6 7 8 4932 4801 76 4932 4801 69...

Page 39: ...39 50 100 A v0 V...

Page 40: ...G G G G G G G UG G G G G G U G G G G G G G G G G G G G UG G G G G SG G G G SG G G G G G G G G G G UG G G G G G G G G G G G U G G G G G G G G G G G G G UG G G G G G G G G G G G U G G SG G G G SG G G G...

Page 41: ...G G U G G G G G G G G G UG G G G G G G G G U G G G G G G G G G G G G G G G U G SG G G G G G G G G U G G G G G G UG G G G G G U G G G SG SG SG G G G G G UG G G G G G U G G SG G G G G G G G G G G G G G...

Page 42: ...uG Z_XT G G G G G G G G G G UP G G G luGZ_XTXX G GjlG G G U G XUG G YUG G G G ZUG G G UG G UG G UG G G G UG G G G _UG G G G UG G G XWUG G XXUG G XYUG G XZUG G X UG G X UG G X UG G G G X UG G G G X_UG...

Page 43: ...G G G G G O SG P G G G G G G G G G G G G G G G G G O V G P G G G G G G G G G G O G P G G G G G G G G G Oy N G z P G G G G G G UG G SG G G G G G G G G G G G G G G UG G SG G G SG SG G G G G G G G G G G...

Page 44: ...G G U_ G G G G G U UG G G G G G G G O G G PG G G G G G UG G G G G G G G U aG G G G G UG G G G G G G G G G G G G UG G G G G G G G G G UG G GY G G G G G G G G G UG G G G G G G G G G UG G G G G G G G UG...

Page 45: ...G U G G G G G G G U G G SG G G G U G G G G G G G G SG G G G G G G G UG G G tps h rllG G G G G G U G G G G G G G U XUG G G G G G G U YUG G G G U ZUG G G G G G G G G G G G G U UG G G G G G G G U UG G G...

Page 46: ...G H G U G G G G G G G G G U G G G G W G G G U G G G G G U G G GTG G G G G SG G G G G G aGXWW iOhP v0 G G V G SG G G G G G G G G G G UG G G G G G G G G G U G SG G G G G G G U G G G G G G G G G U G G G...

Page 47: ...200 7 5 190 9 5 mm 3 8 1 1 mm 0 043 33 77 2 20 EPTA 01 2014 2 0 Ah 12 0 Ah 2 74 3 85 18 50 C M18B M18HB M12 18 M18 DFC EN 62841 A 83 3 dB A K 3 0 dB A A 94 3 dB A K 3 0 dB A EN 62841 ah 10 7 m s2 12...

Page 48: ...48...

Page 49: ...49 EN 397 CE EN 352 1 CE CE EN 166 EN 1731 EN381 7 CE EN 381 5 CE EN ISO 20345 2004 EN 381 3 EN 381 9 EN 381 11 CE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19...

Page 50: ...50 Raynaud s Syndrome EN 381 7 CE 50 C 30 27 C 30 50 MILWAUKEE System M18 System M18 10 5 1...

Page 51: ...51 2 3 4 5 6 7 8 1 2 3 4 6 8 5 1 4 waste oil 1 2 3 MILWAUKEE MILWAUKEE MILWAUKEE MILWAUKEE MILWUAKEE MILWAUKEE 1 2...

Page 52: ...52 3 4 5 6 7 8 MILWAUKEE 4932 4801 76 4932 4801 69 15...

Page 53: ...53 100 dB A v0 V...

Page 54: ...bisingan yang timbul mungkin berbeda Kondisi ini dapat meningkatkan tingkat paparan secara signifikan sepanjang periode kerja keseluruhan Perkiraan tingkat paparan terhadap getaran dan derau juga haru...

Page 55: ...kaan atau cedera Sentakan adalah akibat penyalahgunaan gergaji pangkas dan atau prosedur atau kondisi pengoperasian yang tidak tepat dan dapat dihindari dengan melakukan tindakan pencegahan sebagaiman...

Page 56: ...ai gunakan irisan kayu atau tuas untuk membuka potongan dan melepaskan gergaji Jangan pernah mencoba menyalakan produk ketika bar pemandu berada dalam potongan atau garitan SKATING BOUNCING Ketika pro...

Page 57: ...akar atau pancang yang tertekuk oleh kayu lain yang melenting kembali jika kayu yang menahannya dipotong atau dibuang Pada pohon yang tumbang tunggul yang berakar berpotensi besar untuk kembali ke pos...

Page 58: ...C dan jauhkan dari kelembapan Simpan paket baterai dalam kondisi terisi dayanya 30 50 Jika penyimpanan paket baterai mencapai enam bulan isi daya baterai seperti biasa Jangan membuang unit baterai be...

Page 59: ...pekerjaan tersebut CATATAN Gunakan oli rantai nabati saat memangkas pohon Oli mineral dapat membahayakan pohon Jangan pernah menggunakan oli otomotif oli bekas atau oli yang sangat kental Langkah ini...

Page 60: ...masangan bar 6 Kencangkan mur pemasangan batang dengan jari Bar harus bebas bergerak untuk penyesuaian tegangan rantai 7 Sesuaikan tegangan rantai Lihat bagian Menyesuaikan tegangan rantai 8 Pegang uj...

Page 61: ...r tersedia sebagai aksesori Tingkat daya suara terjamin 100dB A v0 Kecepatan rantai tanpa beban V Voltase Arus Searah Jangan membuang limbah baterai limbah peralatan listrik dan elektronik sebagai lim...

Page 62: ...h l m t ng ng k m c ti p x c trong t ng th i gian l m vi c Vi c c t nh m c ti p x c v i ti ng n v rung ch n c n t nh n s l n c ng c c t t ho c khi n ang ch y kh ng t i Nh ng i u ki n n y c th l m gi m...

Page 63: ...n trong c c t nh hu ng b t ng Ch s d ng c c thanh d n v x ch thay th do nh s n xu t ch nh C c thanh d n v x ch thay th kh ng ch nh x c c th g y t x ch v ho c t o ph n l c L m theo c c h ng d n b o tr...

Page 64: ...h ng cho ng i v n h nh N n s d ng c c v t d ng sau y khi v n h nh s n ph m M B O HI M Ph i tu n th EN 397 v ph i c nh d u CE B O V TH NH GI C Ph i tu n th EN EN 352 1 v ph i c nh d u CE B O V M T V M...

Page 65: ...chuy n nghi p v s d ng c c h nh ng ph ng ng a s c u v b o tr c a c t t a H y gi h ng d n c n th n s d ng sau n y C NH B O C a c t t a l c ng c c nguy hi m ti m t ng Nh ng tai n n li n quan n vi c s d...

Page 66: ...in c c nh kh ng di chuy n trong bao b Kh ng v n chuy n c c pin b n t ho c r r Ki m tra v i c ng ty chuy n ti p c t v n th m H NG D N L M VI C L P R P L P T X CH C A V THANH D N C NH B O N u h ng ho c...

Page 67: ...y n s u c b o d ng h y mang s n ph m n tr m b o h nh MILWAUKEE g n nh t s a ch a Khi b o d ng ch s d ng c c b ph n thay th gi ng h t C NH B O Th o b pin tr c khi i u ch nh b o tr ho c v sinh s n ph m...

Page 68: ...N u c n c th y u c u xem h nh v m t chi ti t c c b ph n Vui l ng n u r s s ri c ng nh lo i s n ph m c in tr n nh n v y u c u b n v t i c c trung t m d ch v a ph ng c a b n BI U T NG Vui l ng c c n th...

Page 69: ...c t i ch v i m thu gom Theo quy nh c a a ph ng c c nh b n l c th c ngh a v nh n l i pin th i v thi t b i n v i n t th i mi n ph S ng g p c a b n trong vi c t i s d ng v t i ch pin th i v thi t b i n v...

Page 70: ...7 5 in 190 mm 9 5 mm 3 8 1 1 mm 0 043 33 77 ml 2 20 kg 2 0Ah 12 0Ah EPTA 01 2014 2 74 3 85 kg 18 50 C M18B M18HB M12 18 M18 DFC EN 62841 A 83 3 dB A K 3 0 dB A A 94 3 dB A K 3 0 dB A 3 EN 62841 ah 10...

Page 71: ...71...

Page 72: ...72 EN 397 CE EN 352 1 CE CE EN 166 EN 1731 EN 381 7 CE EN 381 5 EN ISO 20345 2004 EN 381 3 EN 381 9 EN 381 11 CE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19...

Page 73: ...73 EN381 7 CE 50 C 30 27 30 50 6 1 MILWAUKEE M18 M18 10...

Page 74: ...74 5 1 2 3 4 5 6 7 8 1 2 3 4 6 8mm 5 2 1 4 1 2 3...

Page 75: ...75 MILWAUKEE MILWAUKEE MILWAUKEE MILWAUKEE MILWAUKEE MILWAUKEE 1 2 3 4 5 6 7 8...

Page 76: ...76 MILWAUKEE 4932 4801 76 4932 4801 69 15m 100dB A v0 V...

Page 77: ...77 MEMO...

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