New Recording

0:05

S… Speaker 2 (New Recording)

Kita tambah.

0:06

S… Speaker 3 (New Recording)

Lakhir pun tak tambah.

0:08

S… Speaker 3 (New Recording)

Based on

0:14

S… Speaker 3 (New Recording)

kita punya desain untuk money project.

0:16

S… Speaker 3 (New Recording)

Desain

0:22

S… Speaker 3 (New Recording)

sedation by

0:26

S… Speaker 3 (New Recording)

pelayar jejahin lah kan?

0:27

S… Speaker 3 (New Recording)

So macam mana boleh cut out dengan 0 .4 sahaja?

0:31

S… Speaker 1 (New Recording)

0 .4 tu daripada kita punya pressure

0:36

S… Speaker 1 (New Recording)

loss.

0:36

S… Speaker 1 (New Recording)

Dengan minimum pressure untuk kembangkan

0:40

S… Speaker 3 (New Recording)

fabric duct.

0:42

S… Speaker 1 (New Recording)

So bila kita design tu,

0:44

S… Speaker 1 (New Recording)

daripada awal sampai akhir,

0:45

S… Speaker 1 (New Recording)

dekat inlet tu kita perlukan 0 .4 lah.

0:48

S… Speaker 2 (New Recording)

Tapi dia punya,

0:51

S… Speaker 2 (New Recording)

untuk fabric gap punya,

0:53

S… Speaker 3 (New Recording)

apa,

0:54

S… Speaker 4 (New Recording)

static,

0:55

S… Speaker 2 (New Recording)

dia punya,

0:56

S… Speaker 2 (New Recording)

apa, static loss punya consideration.

0:58

S… Speaker 2 (New Recording)

Nomor ni,

0:59

S… Speaker 2 (New Recording)

berapa pascal momentum?

1:01

S… Speaker 4 (New Recording)

Dia,

1:02

S… Speaker 1 (New Recording)

kita tak ikut perminta.

1:04

S… Speaker 1 (New Recording)

Kita ikut per design.

1:05

S… Speaker 1 (New Recording)

So kalau macam ada,

1:07

S… Speaker 1 (New Recording)

ada,

1:08

S… Speaker 1 (New Recording)

ada elbow ke,

1:09

S… Speaker 1 (New Recording)

ada D -brunch ke apa,

1:10

S… Speaker 1 (New Recording)

dia akan increase kan lagi lah.

1:12

S… Speaker 2 (New Recording)

Okay, you know,

1:13

S… Speaker 2 (New Recording)

tu meaning,

1:14

S… Speaker 2 (New Recording)

meaning,

1:15

S… Speaker 2 (New Recording)

okay, faham.

1:15

S… Speaker 2 (New Recording)

Tapi kalau untuk straight,

1:16

S… Speaker 2 (New Recording)

straight dark,

1:17

S… Speaker 2 (New Recording)

normally consideration atau static loss,

1:20

S… Speaker 2 (New Recording)

berapa pascal?

1:22

S… Speaker 1 (New Recording)

Dalam 0 .06.

1:26

S… Speaker 3 (New Recording)

0 .06 batang kes ke pascal.

1:33

S… Speaker 1 (New Recording)

So biasanya memang sangat rendah lah.

1:35

S… Speaker 2 (New Recording)

Itu...

1:37

S… Speaker 3 (New Recording)

Complied to all fabric dark ke,

1:40

S… Speaker 3 (New Recording)

the good type of fabric dark?

1:42

S… Speaker 1 (New Recording)

Itu average.

1:43

S… Speaker 3 (New Recording)

Average lah.

1:45

S… Speaker 1 (New Recording)

Sebab kalau macam dia pada segi size dengan...

1:48

S… Speaker 1 (New Recording)

Itu pun dia ada perbezaan jugalah.

1:49

S… Speaker 1 (New Recording)

Dengan shape ke apa ke.

1:52

S… Speaker 2 (New Recording)

0 .06.

2:09

S… Speaker 2 (New Recording)

Ok, so kalau refer daripada Encik Zahir punya explanation,

2:13

S… Speaker 2 (New Recording)

so kalau refer dekat TTE,

2:16

S… Speaker 2 (New Recording)

dekat konsultan punya air issue selection,

2:18

S… Speaker 2 (New Recording)

so ESP,

2:20

S… Speaker 2 (New Recording)

dia punya,

2:21

S… Speaker 2 (New Recording)

apa, extended started pressure dia around 1 .6,

2:23

S… Speaker 2 (New Recording)

1 .4.

2:24

S… Speaker 2 (New Recording)

So meaning higher daripada requirement daripada pre -order lah,

2:28

S… Speaker 2 (New Recording)

dia around 4,

2:29

S… Speaker 2 (New Recording)

2 .6,

2:29

S… Speaker 2 (New Recording)

dalam 100,

2:30

S… Speaker 2 (New Recording)

250 pascal.

2:32

S… Speaker 3 (New Recording)

So actually,

2:34

S… Speaker 4 (New Recording)

Let's say,

2:35

S… Speaker 2 (New Recording)

let's say, kalau ASU punya ESP remain.

2:38

S… Speaker 2 (New Recording)

So,

2:39

S… Speaker 2 (New Recording)

in terms of technical,

2:41

S… Speaker 2 (New Recording)

kenapa private duct akan ada problem?

2:43

S… Speaker 1 (New Recording)

Sebab kalau konsep private duct ni,

2:46

S… Speaker 1 (New Recording)

dia akan pressurize.

2:47

S… Speaker 1 (New Recording)

Sampai ke hujung,

2:49

S… Speaker 1 (New Recording)

baru dia akan keluar ke environment lah.

2:51

S… Speaker 2 (New Recording)

So,

2:52

S… Speaker 1 (New Recording)

bila kalau kita punya static,

2:54

S… Speaker 1 (New Recording)

yang masuk ke private duct tu terlampau tinggi.

2:57

S… Speaker 1 (New Recording)

dia akan lebih banyak keluar daripada serat -serat benang.

3:00

S… Speaker 1 (New Recording)

Fabric tu sendiri.

3:01

S… Speaker 3 (New Recording)

So,

3:02

S… Speaker 1 (New Recording)

dekat diffuser tu,

3:04

S… Speaker 1 (New Recording)

dia akan kurang angin keluar.

3:05

S… Speaker 2 (New Recording)

So,

3:06

S… Speaker 1 (New Recording)

kita takut bila tinggi sangat,

3:07

S… Speaker 1 (New Recording)

angin yang keluar daripada diffuser tu tak sampai ke bawah

3:12

S… Speaker 1 (New Recording)

lah. Sebab daripada diffuser tu yang kita dapat shoot

3:16

S… Speaker 1 (New Recording)

out jauh dalam 15

3:20

S… Speaker 1 (New Recording)

meter lebih lah.

3:23

S… Speaker 2 (New Recording)

Okay, so kalau in terms of technical justification lah,

3:26

S… Speaker 2 (New Recording)

kalau let's say,

3:27

S… Speaker 2 (New Recording)

kalau let's say ASU punya ASP tinggi,

3:30

S… Speaker 2 (New Recording)

P -Hoda boleh come out dengan some sort like simulation ke

3:34

S… Speaker 2 (New Recording)

ataupun?

3:56

S… Speaker 2 (New Recording)

Kita boleh keluarkan

4:00

S… Speaker 1 (New Recording)

daripada software sendiri,

4:01

S… Speaker 1 (New Recording)

kita tak akan masukkan

4:03

S… Speaker 1 (New Recording)

Kita akan show daripada segi airflow report tu lah.

4:05

S… Speaker 1 (New Recording)

So airflow report tu dia akan tunjuk angin tu achieve

4:10

S… Speaker 1 (New Recording)

ke tak yang kita target.

4:11

S… Speaker 2 (New Recording)

So meaning kita boleh come up dengan satu airflow

4:16

S… Speaker 2 (New Recording)

simulation kalau follow ESP requirement daripada periode.

4:20

S… Speaker 2 (New Recording)

Let's say 0 .6 dia punya airflow pattern macam mana.

4:23

S… Speaker 2 (New Recording)

So let's say kalau follow maximum ASU macam mana

4:27

S… Speaker 2 (New Recording)

dia punya pattern of flow lah.

4:28

S… Speaker 1 (New Recording)

Nanti tu nanti saya akan buat.

4:31

S… Speaker 1 (New Recording)

Nanti bisa buat lah.

4:32

S… Speaker 3 (New Recording)

Kita punya software tu sendiri

4:36

S… Speaker 1 (New Recording)

dia boleh generate one grip up lah untuk airflow punya velocity

4:42

S… Speaker 1 (New Recording)

apa semua lah.

4:43

S… Speaker 1 (New Recording)

Tapi cuma satu je saya nak tanya kalau macam daripada

4:48

S… Speaker 1 (New Recording)

ASU tu sendiri dia memang direct connect ke ASU ke macam

4:52

S… Speaker 3 (New Recording)

mana? Kita akan ada rigid up dulu.

5:13

S… Speaker 3 (New Recording)

Ini dia punya

5:34

S… Speaker 3 (New Recording)

jenis jenis fabric.

5:45

S… Speaker 3 (New Recording)

Biasanya type of fabric ni kita akan tengok pada penggunaan

5:50

S… Speaker 3 (New Recording)

lah. Kalau macam this one,

5:51

S… Speaker 3 (New Recording)

warehouse, usually kita akan pakai yang PMS

5:55

S… Speaker 1 (New Recording)

ni lah.

5:56

S… Speaker 3 (New Recording)

Sebab warranty dia pun 20 years.

6:00

S… Speaker 1 (New Recording)

Okay.

6:00

S… Speaker 4 (New Recording)

Ketelok

6:08

S… Speaker 1 (New Recording)

dia ada banyak -banyak jenis lah.

6:11

S… Speaker 4 (New Recording)

So,

6:16

S… Speaker 1 (New Recording)

and then selection untuk E -Fuisa ni,

6:19

S… Speaker 1 (New Recording)

dekat sini

6:24

S… Speaker 3 (New Recording)

ada yang ni kaya?

6:25

S… Speaker 1 (New Recording)

Ada, belas -belas kaya.

6:26

S… Speaker 4 (New Recording)

Dekat bawah

6:31

S… Speaker 1 (New Recording)

-bawah.

6:49

S… Speaker 3 (New Recording)

kalau ikutkan yang kita punya drawing

6:53

S… Speaker 3 (New Recording)

ni dia kata bottom of bottom of dot dalam 16

6:58

S… Speaker 3 (New Recording)

meter so untuk

7:04

S… Speaker 3 (New Recording)

kalau macam small nozzle tu dia boleh go sampai 15 meter tapi

7:09

S… Speaker 3 (New Recording)

big nozzle ni dia boleh pergi sampai 30 meter lah

7:14

S… Speaker 3 (New Recording)

Bottle of duct 16 -16 meter,

7:17

S… Speaker 3 (New Recording)

sebenarnya itu yang kita go for big nozzle lah.

7:20

S… Speaker 3 (New Recording)

Dia boleh sampai 60.

7:21

S… Speaker 1 (New Recording)

This selection of

7:25

S… Speaker 1 (New Recording)

nozzle ni yang kena ikat.

7:26

S… Speaker 1 (New Recording)

Kita punya,

7:29

S… Speaker 1 (New Recording)

ini cantik tak?

7:31

S… Speaker 3 (New Recording)

Tak banyak.

7:33

S… Speaker 3 (New Recording)

Sebab dia

7:37

S… Speaker 3 (New Recording)

still CFM ni sama.

7:39

S… Speaker 3 (New Recording)

Walaupun size dia beza tapi kita

7:43

S… Speaker 3 (New Recording)

akan kurangkan kuantiti dia.

7:46

S… Speaker 3 (New Recording)

so maksudnya bila kita pakai big nozzle ni dia punya size tu besar

7:50

S… Speaker 3 (New Recording)

tapi kuantiti dia akan lagi sikit daripada big nozzle so dia

7:55

S… Speaker 3 (New Recording)

macam balance out yang nozzle tu lah so

8:01

S… Speaker 2 (New Recording)

let's see lah kalau untuk macam nozzle ni lah sorry saya tak pernah buat perbedaan actually

8:05

S… Speaker 2 (New Recording)

so let's see kalau

8:10

S… Speaker 2 (New Recording)

So, ni sectional visual lah.

8:11

S… Speaker 2 (New Recording)

So,

8:13

S… Speaker 2 (New Recording)

nozzle dekat situ,

8:14

S… Speaker 2 (New Recording)

dia actually bukan bawah.

8:15

S… Speaker 2 (New Recording)

Dia singinya,

8:16

S… Speaker 1 (New Recording)

tepinya.

8:17

S… Speaker 3 (New Recording)

Dia depend lah kalau macam ujung

8:22

S… Speaker 3 (New Recording)

macam ni, mungkin kita buat bawah dengan kanan macam.

8:25

S… Speaker 4 (New Recording)

Oh,

8:26

S… Speaker 2 (New Recording)

bawah dengan kanan lah.

8:27

S… Speaker 2 (New Recording)

So, actually untuk position of the nozzle ni,

8:31

S… Speaker 2 (New Recording)

yang ni perlu daripada TTA punya site untuk bagi

8:36

S… Speaker 2 (New Recording)

information ke?

8:38

S… Speaker 2 (New Recording)

Atau pun?

8:38

S… Speaker 3 (New Recording)

Biasanya kalau ni macam site

8:43

S… Speaker 3 (New Recording)

tu dah existing,

8:43

S… Speaker 3 (New Recording)

memang kita akan calculate dekat site lah.

8:45

S… Speaker 4 (New Recording)

Oh,

8:46

S… Speaker 2 (New Recording)

memang akan calculate dia sekalipun berbicara lah.

8:49

S… Speaker 3 (New Recording)

Means kita kena kira jarak dia apa semua.

8:52

S… Speaker 3 (New Recording)

Then kita akan kira angle untuk diffuser

8:57

S… Speaker 1 (New Recording)

tu. Okay,

8:58

S… Speaker 1 (New Recording)

understood.

8:58

S… Speaker 2 (New Recording)

So, before fabricate akan berasal information untuk verify lah.

9:01

S… Speaker 1 (New Recording)

Okay, understood.

9:02

S… Speaker 2 (New Recording)

And then,

9:03

S… Speaker 1 (New Recording)

Dr.

9:03

S… Speaker 2 (New Recording)

Dan, kalau macam nozzle ni,

9:04

S… Speaker 2 (New Recording)

bila kita dah tahu berapa angle yang kita nak letak.

9:07

S… Speaker 2 (New Recording)

Actually,

9:08

S… Speaker 2 (New Recording)

untuk dia punya blow ni,

9:11

S… Speaker 2 (New Recording)

direction dia kita boleh still adjust ataupun memang dia dah fix?

9:14

S… Speaker 3 (New Recording)

Kalau untuk adjust,

9:16

S… Speaker 3 (New Recording)

kita pun adanya jenis adjustable nozzle.

9:19

S… Speaker 4 (New Recording)

So,

9:21

S… Speaker 3 (New Recording)

adjustable nozzle tu dia boleh...

9:25

S… Speaker 3 (New Recording)

Macam ni lah.

9:26

S… Speaker 3 (New Recording)

Dia boleh bagi atas bawah

9:31

S… Speaker 1 (New Recording)

atas bawah. Ini adjustable ni.

9:33

S… Speaker 1 (New Recording)

I port macam ni.

9:34

S… Speaker 1 (New Recording)

I fish eye.

9:35

S… Speaker 3 (New Recording)

Macam ni.

9:36

S… Speaker 3 (New Recording)

Dia akan ada macam.

9:39

S… Speaker 3 (New Recording)

Tali lah untuk dia naikkan ataupun bila kita renggangkan dia akan

9:44

S… Speaker 3 (New Recording)

jatuh ke bawah.

9:45

S… Speaker 2 (New Recording)

Tapi dia still dalam family,

9:47

S… Speaker 2 (New Recording)

meaning kalau untuk big nozzle,

9:49

S… Speaker 2 (New Recording)

ada big nozzle yang adjustable.

9:51

S… Speaker 2 (New Recording)

And then small nozzle pun ada yang adjustable,

9:54

S… Speaker 1 (New Recording)

tak lah.

9:54

S… Speaker 3 (New Recording)

Small nozzle tak ada adjustable.

9:56

S… Speaker 2 (New Recording)

Memang big nozzle lah,

9:57

S… Speaker 2 (New Recording)

just adjustable lah.

10:00

S… Speaker 1 (New Recording)

Buat player request yang boleh adjust kita akan include

10:04

S… Speaker 3 (New Recording)

lah. Perlu ke?

10:07

S… Speaker 3 (New Recording)

Itu

10:13

S… Speaker 2 (New Recording)

kalau adjustable tu just untuk kita buat balancing apa?

10:17

S… Speaker 1 (New Recording)

Balancing semuanya kita buat kat software.

10:21

S… Speaker 1 (New Recording)

Maksudnya kita akan kira agihan angin berapa banyak -banyak.

10:24

S… Speaker 1 (New Recording)

Size semua kita dah kira daripada design stage lah.

10:28

S… Speaker 1 (New Recording)

So, biasanya orang pakai adjustable nozzle ni biasanya kilang

10:32

S… Speaker 1 (New Recording)

-kilang yang dia ada line production

10:36

S… Speaker 1 (New Recording)

line.

10:37

S… Speaker 1 (New Recording)

So, kadang -kadang production line dia pindah -pindah.

10:40

S… Speaker 2 (New Recording)

So,

10:41

S… Speaker 1 (New Recording)

orang tu dia pindah line -line,

10:43

S… Speaker 1 (New Recording)

so orang dia boleh adjust lah line tu.

10:47

S… Speaker 3 (New Recording)

This concept is for cooling.

10:48

S… Speaker 2 (New Recording)

It's just angle.

10:52

S… Speaker 3 (New Recording)

Angle,

10:53

S… Speaker 1 (New Recording)

betul.

10:53

S… Speaker 5 (New Recording)

Tapi airflow dia still sama.

10:55

S… Speaker 3 (New Recording)

It's totally sama.

10:57

S… Speaker 1 (New Recording)

Tapi kalau macam ni 16 meter rasanya tak semua.

11:00

S… Speaker 2 (New Recording)

Dia macam fleksibel lah.

11:02

S… Speaker 3 (New Recording)

Dia kirim dia macam ada strap untuk

11:06

S… Speaker 3 (New Recording)

kita longgar kan,

11:08

S… Speaker 1 (New Recording)

tarik kan.

11:08

S… Speaker 3 (New Recording)

And

11:13

S… Speaker 2 (New Recording)

then kalau macam contoh case macam kita ni yang static

11:17

S… Speaker 2 (New Recording)

lah over size kan.

11:20

S… Speaker 2 (New Recording)

Ada quantum measure lain lah?

11:23

S… Speaker 2 (New Recording)

Macam contoh tukar jenis bedah

11:28

S… Speaker 1 (New Recording)

yang lain ke?

11:28

S… Speaker 1 (New Recording)

Kita advice untuk tukar pulley lah.

11:32

S… Speaker 1 (New Recording)

Yang tu yang paling cost -efficient lah sebenarnya.

11:35

S… Speaker 2 (New Recording)

Selain ASU side,

11:37

S… Speaker 2 (New Recording)

untuk fabric duct punya side.

11:39

S… Speaker 5 (New Recording)

So let's say macam sekarang lah.

11:41

S… Speaker 5 (New Recording)

Macam sekarang kita akan ada,

11:42

S… Speaker 5 (New Recording)

macam saya tadi saya cakap lah.

11:44

S… Speaker 5 (New Recording)

So kita akan submit report

11:48

S… Speaker 5 (New Recording)

to consultant lah.

11:50

S… Speaker 5 (New Recording)

Saying that dia punya ASP is too high.

11:52

S… Speaker 5 (New Recording)

And then attachment yang tadi lah yang saya request tu.

11:55

S… Speaker 5 (New Recording)

Untuk kalau at the punya selection of ASP is too high,

11:59

S… Speaker 5 (New Recording)

then buat weapon lah.

12:00

S… Speaker 5 (New Recording)

So tapi...

12:01

S… Speaker 5 (New Recording)

let's say kalau in term of fabric duct pre -order punya side so

12:05

S… Speaker 5 (New Recording)

if let's say facing this problem actually ada countermeasure yang

12:09

S… Speaker 5 (New Recording)

lain tak like for example sebab you cakap dia akan effect vibration

12:14

S… Speaker 5 (New Recording)

dengan performance so let's say kalau untuk suit

12:18

S… Speaker 5 (New Recording)

dengan high ESP ada apa -apa countermeasure yang kita boleh buat let's say saya

12:24

S… Speaker 3 (New Recording)

kena discuss dengan designer sikit lah

12:28

S… Speaker 1 (New Recording)

kita ada yang dia punya

12:33

S… Speaker 3 (New Recording)

pressure punya tu tapi saya tak sure dia punya efficiency dia macam mana yang

12:40

S… Speaker 1 (New Recording)

high pressure,

12:40

S… Speaker 4 (New Recording)

high pressure tak?

12:41

S… Speaker 1 (New Recording)

bukan fair pula dia macam dekat dalam tu addition lah macam CW,

12:45

S… Speaker 3 (New Recording)

BAV lah untuk reduce static punya pressure tapi maksudnya dia ada

12:49

S… Speaker 3 (New Recording)

pressure reducer ke?

12:50

S… Speaker 1 (New Recording)

bukan reducer dia macam macam

12:54

S… Speaker 1 (New Recording)

macam saya nak cakap kan dia macam damper macam damper macam macam

12:59

S… Speaker 4 (New Recording)

BAV lah, BAV atas CV so dia akan boleh reduce pressure

13:03

S… Speaker 4 (New Recording)

static pressure lah

13:05

S… Speaker 1 (New Recording)

Cuma saya tak sure dia sesuai tak untuk kes macam ni lah.

13:08

S… Speaker 4 (New Recording)

Tapi tu macam addition dah punya requirement lah.

13:11

S… Speaker 3 (New Recording)

Betul,

13:12

S… Speaker 5 (New Recording)

betul. Just before kita explain

13:19

S… Speaker 5 (New Recording)

to consultant at least if let's say dia cakap dia nak remain dia punya ESP.

13:23

S… Speaker 5 (New Recording)

Let's say dia nak remain dia punya ESP at least kita ada confirmation je lah.

13:27

S… Speaker 5 (New Recording)

Kalau let's say kata kalau tak boleh memang kena reduce dia punya ESP then not

13:32

S… Speaker 1 (New Recording)

sure so.

13:33

S… Speaker 4 (New Recording)

So, saya faham ni fabric duct ni dia memang stick sana,

13:37

S… Speaker 4 (New Recording)

dia tak ada fabric material macam tukar yang yang boleh,

13:41

S… Speaker 4 (New Recording)

material fabric tu yang boleh sustain dengan pressure tu tak dapat lah,

13:45

S… Speaker 1 (New Recording)

tak ada?

13:45

S… Speaker 3 (New Recording)

Tak ada.

13:47

S… Speaker 1 (New Recording)

Sebab biasanya memang untuk fabric duct ni dia lamina flow.

13:51

S… Speaker 1 (New Recording)

Sebenarnya angin tu dia tak nak terlampau kuat.

13:53

S… Speaker 3 (New Recording)

So,

13:55

S… Speaker 4 (New Recording)

dia tak ada tukar material fabric tu kepada contoh produk plastik kau yang boleh sustain tu 1

13:59

S… Speaker 4 (New Recording)

.6.

14:01

S… Speaker 3 (New Recording)

Tak berapa sesuai lah.

14:02

S… Speaker 4 (New Recording)

Tak ada. Memang tak ada lah.

14:04

S… Speaker 1 (New Recording)

Kita ada yang airtight punya jenis

14:08

S… Speaker 1 (New Recording)

airtight.

14:08

S… Speaker 1 (New Recording)

Tapi untuk Malaysia kita takut masalah condensation lah.

14:12

S… Speaker 1 (New Recording)

Soal febrita ni dia tak ada insulation.

14:16

S… Speaker 1 (New Recording)

So bila kita pakai yang airtight,

14:19

S… Speaker 1 (New Recording)

angin tak boleh keluar daripada serat benang tu.

14:21

S… Speaker 1 (New Recording)

Memang angin tu 100 % keluar kat diffuser.

14:24

S… Speaker 1 (New Recording)

Tapi takut ada pelezaan condensation lah.

14:28

S… Speaker 3 (New Recording)

And then actually,

14:29

S… Speaker 5 (New Recording)

kalau high ESP,

14:31

S… Speaker 5 (New Recording)

dia akan effect dekat vibration ataupun performance

14:35

S… Speaker 5 (New Recording)

lah. Tapi kalau fabric dark itself,

14:37

S… Speaker 5 (New Recording)

actually dia punya maximum allowable pressure berapa?

14:40

S… Speaker 3 (New Recording)

Sebab

14:45

S… Speaker 5 (New Recording)

saya ada refer dekat katalog,

14:47

S… Speaker 5 (New Recording)

actually tak ada mention lah.

14:49

S… Speaker 1 (New Recording)

Sebab yang ni biasanya daripada segi designing

14:55

S… Speaker 1 (New Recording)

lah, biasa dalam katalog ni dia tak ada,

14:57

S… Speaker 1 (New Recording)

tak mendalam.

15:00

S… Speaker 3 (New Recording)

apa yang macam tu maksimum

15:08

S… Speaker 1 (New Recording)

kita sampai 0 .6 around 150 pascal

15:13

S… Speaker 3 (New Recording)

0 .6 still

15:17

S… Speaker 3 (New Recording)

jauh lagi lah daripada 1 .6 yang

15:29

S… Speaker 1 (New Recording)

kalau kita buat

15:33

S… Speaker 1 (New Recording)

untuk stadium pun stadium itu saya design dalam 2 meter 2

15:38

S… Speaker 1 (New Recording)

.3 meter saiz fabric

15:40

S… Speaker 1 (New Recording)

dia punya estetik pressure dia baru kita perlukan 0 .8 itu

15:45

S… Speaker 3 (New Recording)

include hookup semua

15:49

S… Speaker 1 (New Recording)

lah

15:50

S… Speaker 2 (New Recording)

Tapi kalau,

15:51

S… Speaker 2 (New Recording)

okay,

15:52

S… Speaker 2 (New Recording)

understand?

15:52

S… Speaker 2 (New Recording)

Macam, okay,

15:53

S… Speaker 2 (New Recording)

kalau yang based on Earth,

15:56

S… Speaker 2 (New Recording)

tu punya case lah.

15:56

S… Speaker 2 (New Recording)

Dia boleh pergi sampai 0 .8.

15:59

S… Speaker 2 (New Recording)

And macam saya cakap dah,

16:00

S… Speaker 2 (New Recording)

tu refer dekat dia punya performance lah.

16:03

S… Speaker 2 (New Recording)

Let's say, kalau high SP,

16:04

S… Speaker 2 (New Recording)

dia akan jeopardize dia punya performance.

16:06

S… Speaker 2 (New Recording)

Tapi I mean,

16:07

S… Speaker 2 (New Recording)

contoh, kalau pressure tinggi and...

16:11

S… Speaker 2 (New Recording)

berapa maksimum before dia koyak sebab I understand kalau

16:15

S… Speaker 2 (New Recording)

contoh sekarang requirement 0 .6 they say kita pergi

16:19

S… Speaker 2 (New Recording)

sampai 1 .6 so dia akan jeopardize dekat dia punya performance so

16:23

S… Speaker 2 (New Recording)

maybe dia akan kacau dia punya flow tapi fabric product tu boleh

16:27

S… Speaker 1 (New Recording)

koyak dia kalau

16:32

S… Speaker 1 (New Recording)

sebab fabric product ni kita akan yang daripada

16:37

S… Speaker 1 (New Recording)

kita punya design sebelum -sebelum ni lah

16:44

S… Speaker 1 (New Recording)

Biasanya kita akan letak ada ring lah kat dalam.

16:47

S… Speaker 1 (New Recording)

Sebab kalau kita tak ada ring kat dalam biasanya bila dia buka tutup -buka tutup

16:51

S… Speaker 1 (New Recording)

dia akan macam ada pressure dia akan hentak fabric tu

16:55

S… Speaker 1 (New Recording)

lah. So benda tu bila tinggi sangat dia pun boleh terkoyak dia

16:59

S… Speaker 3 (New Recording)

punya hujung tu lah.

17:01

S… Speaker 2 (New Recording)

So berapa maximum actually pressure yang dia boleh withstand before dia koyak?

17:05

S… Speaker 1 (New Recording)

Sebenarnya 150 tu pun kita dah letak safety.

17:09

S… Speaker 1 (New Recording)

Sebenarnya

17:12

S… Speaker 1 (New Recording)

Untuk fabric duct ni around 80 to 90 je lah.

17:14

S… Speaker 2 (New Recording)

So 80 to 90 still possible lah.

17:17

S… Speaker 2 (New Recording)

That means 0 .8 to

17:21

S… Speaker 2 (New Recording)

0 .9 tu still okay lagi lah before the goyak lah.

17:25

S… Speaker 4 (New Recording)

Betul.

17:26

S… Speaker 1 (New Recording)

So biasanya yang kita sebenarnya

17:31

S… Speaker 1 (New Recording)

yang standard kalau betul -betul ikut factory 80

17:36

S… Speaker 1 (New Recording)

pascal.

17:36

S… Speaker 1 (New Recording)

80 pascal dalam...

17:40

S… Speaker 1 (New Recording)

So, bila 80 pascal,

17:42

S… Speaker 1 (New Recording)

biasa 150 tu kita dah letak safety lah.

17:44

S… Speaker 1 (New Recording)

Maksudnya,

17:45

S… Speaker 1 (New Recording)

itu yang paling maksimum sebenarnya.

17:47

S… Speaker 2 (New Recording)

Lebih daripada tu,

17:50

S… Speaker 1 (New Recording)

sebelum ni kita pernah pakai sampai tu 100 pascal,

17:53

S… Speaker 1 (New Recording)

memang banyak problem lah.

17:55

S… Speaker 1 (New Recording)

Kadang tu sampai dia punya,

17:58

S… Speaker 1 (New Recording)

kita punya penyangkut pun,

18:00

S… Speaker 1 (New Recording)

dia boleh terkeluar daripada real.

18:03

S… Speaker 2 (New Recording)

so one of the ni tapi actually sebab fabric dark fabric

18:07

S… Speaker 2 (New Recording)

dark actually dia fleksibel kan ok kalau kita compare dengan GI dark rigid

18:12

S… Speaker 2 (New Recording)

kan so kalau fabric dark actually dia dia kan fleksibel

18:16

S… Speaker 2 (New Recording)

so macam mana dia boleh jadi vibration vibration

18:20

S… Speaker 1 (New Recording)

tu kalau dia bila

18:25

S… Speaker 1 (New Recording)

angin tu bila starting

18:29

S… Speaker 1 (New Recording)

tu bila starting kan dia kosong so bila kita

18:33

S… Speaker 1 (New Recording)

on tu dia akan

18:36

S… Speaker 1 (New Recording)

vibrate waktu angin tu nak pressurize untuk keseluruhan fibrite tu.

18:40

S… Speaker 1 (New Recording)

So dia akan ada vibrate lah bila kita start

18:44

S… Speaker 1 (New Recording)

on tu.

18:44

S… Speaker 1 (New Recording)

Macam punch lah.

18:48

S… Speaker 1 (New Recording)

Bunyi angin tu macam punch sampai perujung.

18:51

S… Speaker 1 (New Recording)

So, fabric lelah tu dia akan tekanan tinggi lah.

18:53

S… Speaker 1 (New Recording)

Dia waktu awal dia lah.

18:55

S… Speaker 2 (New Recording)

Waktu awal lah.

18:56

S… Speaker 2 (New Recording)

That's mean after let's say if dia punya ESP tinggi pun.

18:59

S… Speaker 2 (New Recording)

Even after dia dah jalan for some time,

19:02

S… Speaker 2 (New Recording)

dia tak akan vibrate lah.

19:03

S… Speaker 4 (New Recording)

Dah tak.

19:04

S… Speaker 2 (New Recording)

Just dia akan ada performance.

19:06

S… Speaker 1 (New Recording)

Tapi bila starting banyak -banyak kali tu biasanya banyak issue lah.

19:09

S… Speaker 2 (New Recording)

Just kalau ESP ni tinggi,

19:11

S… Speaker 2 (New Recording)

dia akan effect dia punya performance dia lah.

19:13

S… Speaker 2 (New Recording)

Kira -kira vibration tu dekat awal -awal dia.

19:15

S… Speaker 3 (New Recording)

Bila

19:20

S… Speaker 1 (New Recording)

kita starting tu lah.

19:22

S… Speaker 3 (New Recording)

Itu software yang FabricDub2ish.

19:25

S… Speaker 3 (New Recording)

Thehoda peniapan software lah.

19:28

S… Speaker 3 (New Recording)

Dia ada software yang general

19:32

S… Speaker 3 (New Recording)

software yang bukan under supplier

19:37

S… Speaker 3 (New Recording)

punya untuk kerja.

19:38

S… Speaker 3 (New Recording)

Buat masa ni,

19:42

S… Speaker 1 (New Recording)

kalau general punya,

19:44

S… Speaker 1 (New Recording)

diorang biasa kira macam manual

19:48

S… Speaker 1 (New Recording)

lah.

19:48

S… Speaker 1 (New Recording)

Kalau software betul -betul yang open source punya,

19:51

S… Speaker 1 (New Recording)

tak ada lagi.

19:54

S… Speaker 3 (New Recording)

Maksudnya, menu itu berdasarkan...

19:56

S… Speaker 1 (New Recording)

Ya, ada graf.

20:00

S… Speaker 1 (New Recording)

Ada semua.

20:00

S… Speaker 2 (New Recording)

And then for fitting

20:05

S… Speaker 2 (New Recording)

apa semua ada calculation dah.

20:07

S… Speaker 1 (New Recording)

Ada standard calculation dah.

20:10

S… Speaker 6 (New Recording)

Okay,

20:13

S… Speaker 5 (New Recording)

lagi satu.

20:13

S… Speaker 4 (New Recording)

Untuk sebab saya refer dalam selection apa?

20:17

S… Speaker 4 (New Recording)

Selection periodown yang tak ada mention berapa actually.

20:22

S… Speaker 4 (New Recording)

kuantiti of nozzle dengan distance of nozzle.

20:24

S… Speaker 7 (New Recording)

So,

20:25

S… Speaker 4 (New Recording)

because on our site,

20:27

S… Speaker 4 (New Recording)

kita orang dengar submit short drawing untuk approval lah,

20:29

S… Speaker 4 (New Recording)

untuk pre -approval.

20:30

S… Speaker 4 (New Recording)

Kita understand untuk yang angle,

20:32

S… Speaker 4 (New Recording)

angle nozzle tu,

20:34

S… Speaker 4 (New Recording)

after site verification,

20:36

S… Speaker 1 (New Recording)

baru periode akan beri paket.

20:38

S… Speaker 4 (New Recording)

Tapi periode boleh advise lah,

20:40

S… Speaker 4 (New Recording)

berapa number of nozzle dengan distance.

20:42

S… Speaker 4 (New Recording)

Untuk kita orang incorporate dalam short drawing lah,

20:45

S… Speaker 4 (New Recording)

untuk submission.

20:47

S… Speaker 1 (New Recording)

Tapi yang tu kita based on design dulu lah.

20:50

S… Speaker 1 (New Recording)

Untuk roving yang wasa sekarang.

20:53

S… Speaker 6 (New Recording)

Okay and

21:10

S… Speaker 4 (New Recording)

then yang ni saya paling interested lah.

21:12

S… Speaker 4 (New Recording)

Normally untuk GI duct.

21:15

S… Speaker 4 (New Recording)

So kalau kita nak buat balancing kita akan guna VCD guna apa.

21:19

S… Speaker 4 (New Recording)

So kalau macam fabric duct dekat

21:23

S… Speaker 4 (New Recording)

nozzle tu dia memang tak ada VCD untuk regulate dia punya fluid.

21:27

S… Speaker 4 (New Recording)

So actually macam mana?

21:32

S… Speaker 1 (New Recording)

untuk balancing tu sebenarnya semua mulai software kita lah kita

21:36

S… Speaker 1 (New Recording)

akan kira berapa CFM yang kita perlukan

21:40

S… Speaker 1 (New Recording)

lepas tu kita akan determine untuk satu nozzle tu berapa banyak

21:45

S… Speaker 1 (New Recording)

yang kita nak keluarkan CFM contoh macam satu CFM diffuser

21:49

S… Speaker 1 (New Recording)

tu maybe kita nak letak keluar dalam 300 CFM so

21:53

S… Speaker 1 (New Recording)

dalam 300 CFM tu dia akan ada size

21:55

S… Speaker 1 (New Recording)

Dia akan advice kita saiz berapa yang sesuai lah.

22:00

S… Speaker 5 (New Recording)

Tapi let's say contoh,

22:01

S… Speaker 4 (New Recording)

oh sorry, contoh macam,

22:02

S… Speaker 4 (New Recording)

macam Mokea ni for example untuk,

22:05

S… Speaker 4 (New Recording)

untuk, untuk,

22:06

S… Speaker 4 (New Recording)

untuk that thing yang ni kan.

22:07

S… Speaker 4 (New Recording)

So let's say katakanlah untuk semua,

22:10

S… Speaker 4 (New Recording)

semua nozzle,

22:10

S… Speaker 7 (New Recording)

kan,

22:11

S… Speaker 4 (New Recording)

kita nak sama CMH.

22:13

S… Speaker 4 (New Recording)

And so let's say untuk sizing daripada prehoda,

22:15

S… Speaker 4 (New Recording)

let's say kalau nearest daripada ASU tu punya nozzle size,

22:19

S… Speaker 4 (New Recording)

dia kaya contoh let's say 300 CMH lah.

22:22

S… Speaker 4 (New Recording)

And then dengan yang paling hujung,

22:24

S… Speaker 4 (New Recording)

dia still nak 300 CMH.

22:25

S… Speaker 5 (New Recording)

Tapi in term of sizing,

22:26

S… Speaker 5 (New Recording)

dia sama ke?

22:27

S… Speaker 5 (New Recording)

Ataupun dia lain.

22:28

S… Speaker 1 (New Recording)

Dia akan lain sikit.

22:29

S… Speaker 1 (New Recording)

Sebab untuk fabrik dak ni,

22:32

S… Speaker 1 (New Recording)

kalau kita buat sama size,

22:35

S… Speaker 1 (New Recording)

yang hujung akan lagi keluar banyak daripada depan.

22:38

S… Speaker 1 (New Recording)

Dia lain sikit.

22:40

S… Speaker 1 (New Recording)

So kita control dia punya opening je lah.

22:42

S… Speaker 2 (New Recording)

So outlet is

22:46

S… Speaker 2 (New Recording)

big size tapi inlet dari dak tu lain.

22:49

S… Speaker 3 (New Recording)

Betul.

22:50

S… Speaker 1 (New Recording)

So kalau dekat dengan Asia tu biasanya kecil sikit lah.

22:53

S… Speaker 1 (New Recording)

Ujung

22:58

S… Speaker 1 (New Recording)

tu besar sikit lah.

23:00

S… Speaker 4 (New Recording)

Sama je konsep ke?

23:01

S… Speaker 1 (New Recording)

Konsep dengan OBD -BCD sama lah.

23:04

S… Speaker 5 (New Recording)

Oh,

23:05

S… Speaker 4 (New Recording)

so that's mean untuk setiap nozzle tu,

23:08

S… Speaker 4 (New Recording)

size je takkan sama.

23:09

S… Speaker 1 (New Recording)

Tapi kalau macam dekat -dekat tu

23:14

S… Speaker 1 (New Recording)

rasanya lebih kurang sama lah.

23:15

S… Speaker 6 (New Recording)

Maksudnya

23:23

S… Speaker 1 (New Recording)

kita design for a section.

23:25

S… Speaker 1 (New Recording)

Satu section tu 2 meter.

23:27

S… Speaker 6 (New Recording)

Eh,

23:28

S… Speaker 2 (New Recording)

5 meter.

23:29

S… Speaker 3 (New Recording)

So,

23:30

S… Speaker 1 (New Recording)

5 meter tu biasanya size yang sama lah.

23:33

S… Speaker 2 (New Recording)

Size ni,

23:35

S… Speaker 2 (New Recording)

1 ,200 ni ke?

23:43

S… Speaker 1 (New Recording)

Saya check hari tu semua okey.

23:45

S… Speaker 2 (New Recording)

Untuk sizing ni cepat ni mana?

23:48

S… Speaker 1 (New Recording)

Sizing ni kita akan ikut velocity dalam

23:52

S… Speaker 1 (New Recording)

ducting.

23:52

S… Speaker 1 (New Recording)

So biasanya kita akan design

23:57

S… Speaker 1 (New Recording)

dia below daripada 10 meter per second.

23:59

S… Speaker 2 (New Recording)

So maksudnya 10

24:03

S… Speaker 2 (New Recording)

meter per second.

24:04

S… Speaker 1 (New Recording)

Below lah.

24:05

S… Speaker 1 (New Recording)

Kalau paling cantik dalam 7 meter per second lah.

24:09

S… Speaker 2 (New Recording)

Ideal.

24:28

S… Speaker 4 (New Recording)

Haa, kalau kalau kalau kalau

24:42

S… Speaker 1 (New Recording)

kalau kalau

24:47

S… Speaker 1 (New Recording)

kalau kalau kalau kalau

25:00

S… Speaker 1 (New Recording)

paling kecil saya fikir ni DCFM

25:04

S… Speaker 1 (New Recording)

tu dia berbeza tapi dia punya size ni juga bergurau sama semua kan?

25:07

S… Speaker 1 (New Recording)

haa size sama je lah mungkin dia nak tengok,

Qiyaas

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