Plastik Extrusion Welder
Aplikasi
Digunakake kanggo welding bahan termoplastik PE lan PP (sheet + film materi) ing
kolom ing ngisor iki:
Fabrikasi Container Piping Fabrikasi
Electroplating Anti-korosi Peralatan TPA
Ndandani Peralatan Perlindungan Lingkungan Geomembrane
Cegahan
Seri produk
Mangga konfirmasi yen mesin dipateni lan dicopot
sadurunge disassembling mesin welding supaya ora dadi
tatu dening kabel urip utawa komponen nang mesin.
Mesin welding ngasilake suhu dhuwur lan dhuwur
panas, sing bisa nyebabake geni utawa bledosan yen digunakake kanthi ora bener,
utamané nalika cedhak karo bahan sing bisa diobong utawa gas sing mbledhos.
Aja ndemek saluran udara lan nozzle (sajrone kerja las utawa
nalika mesin las durung rampung adhem),
lan aja ngadhepi muncung supaya ora kobong.
Tegangan sumber daya kudu cocog karo voltase sing dirating
ditandhani ing mesin welding lan bisa dipercaya lemah. Nyambung
mesin welding menyang soket karo konduktor lemah protèktif.
Supaya njamin safety saka operator lan dipercaya
operasi peralatan, sumber daya ing situs construction
kudu dilengkapi sumber daya sing diatur lan pelindung bocor.
Mesin welding kudu dilakokno ing kontrol bener saka
operator, yen ora bisa nimbulaké pangobongan utawa bledosan amarga
suhu dhuwur.
Dilarang banget nggunakake mesin las ing banyu utawa muddy
lemah, supaya ora udan, udan utawa lembab.
Dual Heating Extrusion Welder Parameter
Dual Heating Extrusion Welder Parameter
| Model | LST600A | LST600B |
|---|---|---|
| Tegangan Rated | 230 V | 230 V |
| Frekuensi | 50 / 60 Hz | 50 / 60 Hz |
| Extruding Daya Motor | 800 W | 800 W |
| Daya Udara Panas | 1600 W | 3400 W |
| Welding Rod Heating Power | 800 W | 800 W |
| Suhu Udara Panas | 20 - 620 ℃ | 20 - 620 ℃ |
| Suhu Extruding Plastik | 50 - 380 ℃ | 50 - 380 ℃ |
| Volume Ekstrusi | 2,0-2,5 Kg / h | 2,0-2,5 Kg / h |
| Welding Rod diameteripun | φ3.0-4.0mm | φ3.0-4.0mm |
| Bobot Net | 6,9 kg | 6,9 kg |
| Nyopir Motor | HIKOKI | HIKOKI |
| Tampilan Digital | Suhu Extruding | Suhu Extruding |
| Tampilan Masalah | Kode Warning | Kode Warning |
| Sertifikat | CE | CE |
| Garansi | 1 taun | 1 taun |
| Model | LST600C | |
| Tegangan Rated | 230 V | |
| Frekuensi | 50 / 60 Hz | |
| Extruding Daya Motor | 800 W | |
| Daya Udara Panas | 1600 W | |
| Welding Rod Heating Power | 800 W | |
| Suhu Udara Panas | 20 - 620 ℃ | |
| Suhu Extruding Plastik | 50 - 380 ℃ | |
| Volume Ekstrusi | 2,0-2,5 Kg / h | |
| Welding Rod diameteripun | φ3.0-4.0mm | |
| Bobot Net | 6,9 kg | |
| Nyopir Motor | HIKOKI | |
| Tampilan Digital | Suhu Extruding | |
| Tampilan Masalah | Kode Warning | |
| Sertifikat | CE | |
| Garansi | 1 taun |
| Model | LST610A | LST610B |
|---|---|---|
| Tegangan Rated | 230 V | 230 V |
| Frekuensi | 50 / 60 Hz | 50 / 60 Hz |
| Extruding Daya Motor | 1300 W | 1300 W |
| Daya Udara Panas | 1600 W | 3400 W |
| Welding Rod Heating Power | 800 W | 800 W |
| Suhu Udara Panas | 20 - 620 ℃ | 20 - 620 ℃ |
| Suhu Extruding Plastik | 50 - 380 ℃ | 50 - 380 ℃ |
| Volume Ekstrusi | 2,0-3,0 Kg / h | 2,0-3,0 Kg / h |
| Welding Rod diameteripun | φ3.0-4.0mm | φ3.0-4.0mm |
| Bobot Net | 7,2 Kg | 7,2 Kg |
| Nyopir Motor | METABO | METABO |
| Tampilan Digital | Suhu Extruding | Suhu Extruding |
| Tampilan Masalah | Kode Warning | Kode Warning |
| Sertifikat | CE | CE |
| Garansi | 1 taun | 1 taun |
| Model | LST610C | |
| Tegangan Rated | 230 V | |
| Frekuensi | 50 / 60 Hz | |
| Extruding Daya Motor | 1300 W | |
| Daya Udara Panas | 1600 W | |
| Welding Rod Heating Power | 800 W | |
| Suhu Udara Panas | 20 - 620 ℃ | |
| Suhu Extruding Plastik | 50 - 380 ℃ | |
| Volume Ekstrusi | 2,0-3,0 Kg / h | |
| Welding Rod diameteripun | φ3.0-4.0mm | |
| Bobot Net | 7,2 Kg | |
| Nyopir Motor | METABO | |
| Tampilan Digital | Suhu Extruding | |
| Tampilan Masalah | Kode Warning | |
| Sertifikat | CE | |
| Garansi | 1 taun |
Bagian Utama
1. Tombol Nyetel Suhu Kotak Kontrol 2. Ngalih Daya Kotak Kontrol
3. Saklar Daya Blower Udara Panas 4. Potensiometer Blower Udara Panas
5. Hot Air Scooper 6. Welding Shoe
7. Welding Shoe Aluminium Base 8. Suhu Storage Tube
9, Flange 10, Handle
11. Drive Motor Switch 12. Welding Rod Feeding Inlet
Langkah Operasi Dual Heating Extrusion Welder
◆ Daya urip
1, plug in
2, Pencet saklar daya kothak kontrol lan muter tombol nyetel suhu kothak kontrol
nganti 320-350 ℃ (Tampilan Digital)
3. Nalika suhu tampilan digital tekan suhu setelan, tundha 180
detik sadurunge miwiti motor drive (proteksi wiwitan kadhemen)
◆ Preparation sadurunge welding
1, Aktifake saklar daya blower udara panas, puterake potensiometer blower udara panas menyang
posisi 6-7
2, Resik lumahing rod welding lan lebokake menyang welingan dipakani
3. Tekan drive motor switch (kontak singkat 2-3 detik). Sawise mbaleni 2-3 kaping,
konfirmasi swara saka motor drive iku normal lan kacepetan welding
rod extrusion Gamelan (Nggedhekake wektu dadi panas yen swara ora normal utawa welding rod
ora diekstrusi)
4, Rod welding extruded ora alus utawa hard, lan luster lumahing Gamelan iku
efek extruding paling apik
6. Mulai Welding
◆ Cathetan kanggo proses welding
1, Yen swara motor drive dumadakan ngganti utawa rod welding macet tanpa
dipakani, iku perlu kanggo langsung loosen ngalih motor drive lan mriksa apa
suhu panas iku normal
2, Yen ora ana welding rod dipakani, langsung ngeculake saklar motor drive.
Aja miwiti motor drive tanpa welding rod
◆ Pateni langkah
1, Plastik ing extruder kudu di resiki sadurunge mesin dipateni supaya ora
nimbulaké blockage lan ngrusak extruder wektu sabanjuré
2. Sawise ngresiki plastik, setel potensiometer blower udara panas dadi 0 lan adhem mudhun.
3. Pateni saklar daya blower udara panas
4. Pateni saklar daya kothak kontrol
5. Pateni daya
| Model | LST600E | LST600F |
| Tegangan Rated | 230 V | 230 V |
| Frekuensi | 50 / 60 Hz | 50 / 60 Hz |
| Extruding Daya Motor | 800 W | 1200 W |
| Daya Udara Panas | 3400 W | 3400 W |
| Welding Rod Heating Power | / |
/ |
| Suhu Udara Panas | 20 - 620 ℃ | 20 - 620 ℃ |
| Suhu Extruding Plastik | / |
/ |
| Volume Ekstrusi | 2,0-2,5 Kg / h | 2,5-3,0 Kg / h |
| Welding Rod diameteripun | φ3.0-4.0 mm | φ3.0-4.0 mm |
| Bobot Net | 6,0 Kg | 7,5 Kg |
| Nyopir Motor | HIKOKI | FEIJI |
| Sertifikat | CE | CE |
| Garansi | 1 taun | 1 taun |
| Model | LST610E |
| Tegangan Rated | 230 V |
| Frekuensi | 50 / 60 Hz |
| Extruding Daya Motor | 1300 W |
| Daya Udara Panas | 3400 W |
| Welding Rod Heating Power | / |
| Suhu Udara Panas | 20 - 620 ℃ |
| Suhu Extruding Plastik | / |
| Volume Ekstrusi | 2,5-3,0 Kg / h |
| Welding Rod diameteripun | φ3.0-4.0 mm |
| Bobot Net | 6,3 Kg |
| Nyopir Motor | METABO |
| Proteksi kakehan Motor | Default |
| Sertifikat | CE |
| Garansi | 1 taun |
Parameter Welder Ekstrusi Pemanasan Tunggal
Bagian Utama
1. Saklar Daya Blower Udara Panas 2. Potensiometer Blower Udara Panas
3. Welding Shoe Aluminium Base 4. Welding Shoe
5. Scooper Udara Panas 6. Tabung Panyimpenan Suhu
7. Flange 8. Handle
9. Drive Motor Switch 10. Welding Rod Feeding Inlet
Single Heating Extrusion Welder Operasi Langkah
◆ Daya urip
1, plug in
2. Nguripake saklar daya blower udara panas
3. Puter potentiometer blower udara panas menyang posisi 6-7
4. Sawise ngenteni 9 menit kanggo ngrampungake preheating, nyiyapake kanggo masang rod welding.
◆ Preparation sadurunge welding
1, ngresiki lumahing rod welding lan lebokake menyang welingan dipakani
2. Tekan drive motor switch (kontak singkat 2-3 detik). Sawise mbaleni 2-3 kaping,
konfirmasi swara saka motor drive iku normal lan kacepetan welding rod extrusion punika
Gamelan (Ngluwihi wektu dadi panas yen swara ora normal utawa welding rod ora extruded)
3, rod welding extruded ora alus utawa hard, lan luster lumahing Gamelan punika
efek extruding paling apik
4. Mulai Welding
◆ Cathetan kanggo proses welding
1, Yen swara motor drive dumadakan ngganti utawa rod welding macet tanpa
dipakani, iku perlu kanggo langsung loosen ngalih motor drive lan mriksa apa
suhu panas iku normal
2, Yen ora ana welding rod dipakani, langsung ngeculake saklar motor drive.
Aja miwiti motor drive tanpa welding rod
◆ Pateni langkah
1, Plastik ing extruder kudu di resiki sadurunge mesin dipateni supaya ora
nimbulaké blockage lan ngrusak extruder wektu sabanjuré
2. Sawise ngresiki plastik, setel potensiometer blower udara panas dadi 0 lan adhem mudhun.
3. Pateni saklar daya blower udara panas
4. Pateni daya
Granules Extrusion Welder
| Model | LST620 |
| Tegangan Rated | 230 V |
| Frekuensi | 50 / 60 Hz |
| Extruding Daya Motor | 1300 W |
| Daya Udara Panas | 1600 W |
| Daya Pemanasan Granules | 800 W |
| Suhu Udara | 20 - 620 ℃ Bisa diatur |
| Suhu Extruding Plastik | 50 - 380 ℃ Bisa diatur |
| Volume Ekstrusi | 2,0-3,5 kg / jam |
| Bobot Net | 8,0 Kg |
| Nyopir Motor | METABO |
| Sertifikat | CE |
| Garansi | 1 taun |
1. Welding Shoe 2. Welding Shoe Aluminium Base 3. Suhu Storage Tube 4. Flange 5. Hooper 6. Control Box Power Switch
7. Tombol Nyetel Suhu Kotak Kontrol 8. Saklar Motor Penggerak 9. Potensiometer Blower Udara Panas 10. Saklar Daya Blower Udara Panas 11. Gagang
Langkah Operasi Granules Extrusion Welder
◆ Daya urip
1, plug in
2, Pencet saklar daya kothak kontrol lan muter tombol nyetel suhu kothak kontrol
nganti 320-350 ℃ (Tampilan Digital)
3. Nalika suhu tampilan digital tekan suhu setelan, tundha 180 detik
sadurunge miwiti motor drive (Cold Start Protection)
◆ Preparation sadurunge welding
1, Aktifake saklar daya blower udara panas, puterake potensiometer blower udara panas menyang
posisi 6-7
2. Tuangkan granula plastik ke dalam wadah
3. Pencet saklar motor drive banjur pencet tombol ngunci dhewe, Konfirmasi swara saka
motor drive iku normal lan kacepetan granules extrusion Gamelan (Extend ing
wektu dadi panas yen swara ora normal utawa granule ora extruded)
4. Granul sing diekstrusi ora alus utawa atos, lan luster permukaan Gamelan sing paling apik
efek extruding
5. Mulai Welding
◆ Cathetan kanggo proses welding
1, Yen swara motor drive dumadakan ngganti utawa granules macet tanpa dipakani,
iku perlu kanggo langsung loosen ngalih motor drive lan mriksa apa dadi panas
suhu normal
2. Yen ora ana granula sing mlebu, langsung ngeculake saklar motor drive. aja
miwiti motor drive tanpa granules
◆ Pateni langkah
1, Plastik ing extruder kudu di resiki sadurunge mesin dipateni supaya ora
nimbulaké blockage lan ngrusak extruder wektu sabanjuré
2. Sawise ngresiki plastik, setel potensiometer blower udara panas dadi 0 lan adhem mudhun.
3. Pateni saklar daya blower udara panas
4. Pateni saklar daya kothak kontrol
5. Pateni daya
Panggantos Welding Shoe
Bebaya scalding
Bisa mung nganggo sarung tangan tahan panas
Pateni peralatan lan mateni
Mbusak
1, Copot sepatu welding karo basa saka nozzle extruder dening loosening tightening
sekrup (1)
2, Kanggo saben panggantos, turahan ing sepatu welding kudu di resiki lan
nozzle extruder kudu tightened
3, Copot PTFE welding shoes (4) saka welding shoe aluminium base (3) dening loosening
sekrup pengikat (2)
· Majelis
1, Gunakake sekrup pengikat (2) kanggo nginstal PTFE sepatu welding (4) ing sepatu welding.
aluminium base (3)
2, PTFE sepatu welding (4) kudu tightened karo sekrup fastening (2) lan tightening
sekrup (1)
1. Sekrup Pengencang
2. Sekrup Pengikat
3. Welding Shoe Aluminium Base
4. Welding Shoe PTFE
Arah Welding Shoe
Miturut loosening ngawut-awut tightening, ing
sepatu welding bisa diputer menyang
arah welding dibutuhake.
Sekrup pengencang kudu dikencengake maneh.
Panggantos Elemen Pemanas
1. Konektor Blower Udara Panas 2. Sekrup Soket Hex Panjang 3. Braket Blower Udara Panas 4. Sekrup Soket Hex Panjang 5, Blower Udara Panas 6, Sekrup Philips Panjang 7, Saluran Udara 8, Gasket Suhu Dhuwur 9, Elemen Pemanas 10, Penutup Luar
Mbusak
· Majelis
Bukak sekrup soket hex dawa (2) ing konektor blower udara panas (1) lan hex dawa.
sekrup soket (4) ing braket blower hawa panas (3) kanggo nyopot blower hawa panas (5) saka
tukang las plastik ekstrusi
Bukak sekrup Phillips dawa (6) saka blower hawa panas lan copot saluran udara (7) lan
gasket suhu dhuwur (8) saka tutup njaba (10)
Copot alon-alon unsur pemanas (9) saka tutup njaba (10)
Pasang elemen pemanas anyar (9) ing tutup njaba (10)
Nutupi gasket suhu dhuwur (8) lan saluran udara (7) supaya lan ngunci karo
sekrup panjang philips (6)
Instal blower udhara panas (5) ing welder extrusion plastik lan ndandani karo kenceng dawa
sekrup soket hex (2) lan sekrup soket hex dawa (4)
Ganti Motor Penggerak
1. Baut Pengikat (A) 2. Baut Pengikat (B) 3. Kursi Bantalan Dorong 4. Baut Pengikat (C) 5. Kursi Penghubung Motor Penggerak 6. Handle Fixing Ring 7、 Baut Pengikat (D) 8. Nyambung Nut 9. Penggerak Motor
Mbusak
Loosen bolt fastening (A) (1), mbusak jog prewangan tikaman (3) lan
drive motor (9) supaya
Bukak baut pengikat (B)(2) lan copot kursi bantalan dorong (3) saka drive
kursi penghubung motor (5)
Sawise ngeculake baut pengikat (C) (4) lan baut pengikat (D) (7), copot sambungan kasebut.
jog (5) saka motor drive (9) lan ring fixing nangani (6) saka motor drive (9)
Bukak mur sambungan (8) lan copot motor drive (9)
· Majelis
Screw nut nyambungake (8) menyang motor drive anyar (9)
Nggunakake baut pengikat(C)(4) lan baut pengikat(D)(7) kanggo ndandani kursi sambungan (5) lan
nangani ring fixing (6) menyang motor drive (9)
Nggunakake bolt fastening (B) (2) kanggo ndandani jog prewangan tikaman (3) kanggo nyambungake
kursi (5)
Pasang lan ndandani kursi bantalan dorong (3) lan drive motor (9) kanthi nggunakake baut pengikat (A)(1)
Kode kesalahan
|
Model |
Fenomena Kesalahan |
Priksa Fault |
| LST610A/B/C/E LST600A/B/C/E/F |
Pasang tanpa tumindak |
Priksa manawa sumber daya input lan kabel listrik apik
kahanan |
|
LST610A/B/C LST600A/B/C LST620 |
Blower udara panas mlaku kanthi bener nanging
tampilan kothak kontrol mati |
Priksa saklar kothak kontrol Priksa sekring saka kothak kontrol
Priksa varistor protèktif voltase dhuwur |
|
LST610A/B/C/E/F LST600A/B/C/E/F LST620 |
Blower udara panas ora bisa digunakake nanging kothak kontrol bisa digunakake kanthi bener |
Priksa manawa sambungan antarane blower udara panas lan kothak kontrol ing kondisi apik Priksa manawa saklar daya blower udara panas wis rusak Priksa manawa sikat karbon motor blower hawa panas wis entek Priksa manawa motor wis kobong |
|
LST610A/B/C/E/F LST600A/B/C/E/F LST620 |
Blower udara panas ora dadi panas |
Priksa manawa unsur pemanas wis rusak
Priksa manawa potentiometer blower udara rusak |
|
LST610A/B/C LST600A/B/C LST620 |
Kothak kontrol katon ok nanging ora bisa dadi panas |
Priksa manawa koil pemanas musim semi rusak |
| LST610A/B/C/E LST620 | Lampu fault motor drive sumunar alon | Sikat karbon motor wis entek lan sikat karbon kudu diganti. |
|
Model |
Fenomena Kesalahan |
Priksa Fault |
|
LST610A/B/C/E LST620 |
Lampu fault motor drive sumunar kanthi cepet |
Pasokan listrik ora ana kontak utawa kabel listrik rusak |
| LST610A/B/C/E LST620 | Lampu fault motor drive terus |
Drive motor overtemperature masalah |
|
LST610A/C LST600A/C LST620 |
Kode kesalahan ER1 |
The spring heating coil thermocouple duwe masalah |
|
LST610A/B/C LST600A/B/C LST620 |
Kode kesalahan ER2 |
Koil pemanas musim semi wis overtemperatur |
|
LST600A/B/C LST620 |
Kode kesalahan ER3 |
Drive motor overtemperature masalah |
|
LST600A/B/C LST620 |
Kode kesalahan ER4 |
Thermocouple motor drive duwe masalah |
Pangopènan
1.2 Kenop dilarang banget kanggo ndemek
3.Air Filter sing di resiki ajeg kanggo nyegah clogging
4.4-5 gir dianjurake
5.6. Filter udara diresiki kanthi rutin kanggo nyegah penyumbatan
· Filter udara kudu di resiki nganggo sikat yen kotor
· Kanggo saben panggantos saka sepatu welding, ngresiki nozzle extruder lan mbusak welding
turahan
· Priksa sambungan daya lan plug kanggo breakage utawa karusakan mechanical
· Saluran udara kudu diresiki kanthi rutin
· Repairs mung bisa digawa metu dening stasiun layanan Lesite profesional kanggo mesthekake profesional
lan layanan pangopènan sing dipercaya sajrone 24 jam miturut diagram sirkuit lan suku cadang
dhaptar
Garansi
· Produk iki njamin periode tanggung jawab 12 sasi wiwit didol menyang konsumen.
Kita bakal tanggung jawab kanggo kegagalan sing disebabake dening cacat materi utawa manufaktur. kita
bakal ndandani utawa ngganti bagean risak ing sawijine discretion kanggo ketemu babar pisan
syarat.
· Jaminan kualitas ora kalebu karusakan kanggo komponen sing nganggo (elemen pemanas,
sikat karbon, bantalan, etc.), karusakan utawa cacat disebabake penanganan ora bener utawa
pangopènan, lan karusakan sing disebabake produk tiba. Panggunaan sing ora teratur lan ora sah
modifikasi ngirim ora dijamin dening babar pisan.
Pangopènan
· Apike banget kanggo ngirim produk kanggo perusahaan Lesite utawa
pusat repair sah kanggo pengawasan profesional lan ndandani.
· Mung suku cadang Lesite asli sing diijini.
