Aluminum Ordinary Rectangular Window with Electrically Heating Glass:
Standard: CB/T5746-2001
It is used as the window of superstructure above freeboard deck or deck house, meet the requirement of ISO3903-1993.
N | Ordinary | Common rectangular windows with toughened safety glass |
P | Fireproof | Rectangular windows used in “B” class fireproof division |
H | Heating | Rectangular windows with an electric heated glass |
E-heavy type rectangular window
F-light type rectangular window
Code | Nominal Size(mm) |
1 | 300×425 |
2 | 355×500 |
3 | 400×560 |
4 | 450×630 |
5 | 500×710 |
6 | 560×800 |
7 | 900×630 |
8 | 1000×710 |
9 | 1100×800 |
Opening Type | Opening Direction | Installment Type | Opening | Suitable Code (Nominal Size) | ||||
Bolted Type | Welded Type | E | F | |||||
Opening Type | Inwards opening “I” | Side-hinged | Left opening (L) | B | – | ILB | 1~6 | 1~6 |
– | W | ILW | ||||||
Right opening(R) | B | – | IRB | |||||
– | W | IRW | ||||||
Top-hinged (T) | B | – | ITB | 4~8 | 4~9 | |||
– | W | ITW | ||||||
Outwards opening “O” | Side-hinged | Left opening (L) | B | – | OLB | 1~6 | 1~6 | |
– | W | OLW | ||||||
Right opening(R) | B | – | ORB | |||||
– | W | ORW | ||||||
Top-hinged (T) | B | – | OTB | 4~8 | 4~8 | |||
– | W | OTW | ||||||
Fixed Type | – | B | – | NOB | 1~8 | 1~9 | ||
– | W | NOW |
Rectangular Window | Thickness of clear glass (Y1) The thickness in the brackets is that of thefrosted glass (Y2) | ||||||||||||||||||
Series | Type | Nominal Size Code of Window | |||||||||||||||||
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | |||||||||||
N | E | 10 | (15) | 10 | (15) | 12 | (19) | 12 | (19) | 15 | – | 15 | – | 19 | – | 19 | – | – | – |
F | 8 | (12) | 8 | (12) | 8 | (12) | 8 | (12) | 10 | (15) | 10 | (15) | 12 | (19) | 12 | (19) | 15 | – | |
P | E | According to ISO5797-1 (glass fireproof class B-0,B-15) | |||||||||||||||||
F | |||||||||||||||||||
H | E | According to ISO3434 | |||||||||||||||||
F |
Type | Installment Type | Material | Material Code number | ||
Main Frame | Glass holder | Glass Clamp | |||
Opening Type | Bolted Type | Copper(1) | Copper(1) | Copper(1) | 111 |
Steel(2) | Steel(2) | Steel(2) | 222 | ||
Aluminum(3) | Aluminum(3) | Aluminum(3) | 333 | ||
Welded Type | Steel(2) | Copper(1) | Copper(1) | 211 | |
Steel(2) | Steel(2) | Copper(1) | 221 | ||
Steel(2) | Steel(2) | Steel(2) | 222 | ||
Steel(2) | Aluminum(3) | Aluminum(3) | 233 | ||
Fixed Type | Bolted Type | Copper(1) | Nothing (0) | Copper(1) | 101 |
Steel(2) | Nothing (0) | Steel(2) | 202 | ||
Aluminum(3) | Nothing (0) | Aluminum(3) | 303 | ||
Welded Type | Steel(2) | Nothing (0) | Copper(1) | 201 | |
Steel(2) | Nothing (0) | Steel(2) | 202 | ||
Steel(2) | Nothing (0) | Aluminum(3) | 203 | ||
Aluminum(3) | Nothing (0) | Aluminum(3) | 303 |
Electrical Supply | Overheating protection device | Minimum power loading w/dw2 | ||||
Current | Voltage (V) | Frequency (HZ) | 7 | 12 | 17 | |
Code | ||||||
DC | 24 | – | G | 7G01 | 12G01 | 17G01 |
S | 7S01 | 12S01 | 17S01 | |||
110 | – | G | 7G02 | 12G02 | 17G02 | |
S | 7S02 | 12S02 | 17S02 | |||
220 | – | G | 7G03 | 12G03 | 17G03 | |
S | 7S03 | 12S03 | 17S03 | |||
AC, 1phase | 115 | 50 | G | 7G11 | 12G11 | 17G11 |
S | 7S11 | 12S11 | 17S11 | |||
60 | G | 7G12 | 12G12 | 17G12 | ||
S | 7S12 | 12S12 | 17S12 | |||
220 | 50 | G | 7G13 | 12G13 | 17G13 | |
S | 7S13 | 12S13 | 17S13 | |||
60 | G | 7G14 | 12G14 | 17G14 | ||
S | 7S14 | 12S14 | 17S14 | |||
AC, 3phase | 115 | 50 | G | 7G31 | 12G31 | 17G31 |
S | 7S31 | 12S31 | 17S31 | |||
60 | G | 7G32 | 12G32 | 17G32 | ||
S | 7S32 | 12S32 | 17S32 | |||
220 | 50 | G | 7G33 | 12G33 | 17G33 | |
S | 7S33 | 12S33 | 17S33 | |||
60 | G | 7G34 | 12G34 | 17G34 | ||
S | 7S34 | 12S34 | 17S34 | |||
220/380 | 50 | G | 7G35 | 12G35 | 17G35 | |
S | 7S35 | 12S35 | 17S35 | |||
60 | G | 7G36 | 12G36 | 17G36 | ||
S | 7S36 | 12S36 | 17S36 | |||
440 | 50 | G | 7G37 | 12G37 | 17G37 | |
S | 7S37 | 12S37 | 17S37 | |||
60 | G | 7G38 | 12G38 | 17G38 | ||
S | 7S38 | 12S38 | 17S38 | |||
G—group regulator, S—single regulator, pls see 5.4 of ISO3434-1992 | ||||||
If a higher heating power is required for navigation in polar regions, the customer should consult with the window manufacturer or the heated glass manufacturer. |
Series | Type | Code | Nominal Size | Opening Size | Frame | Opening | ||
wxh | W1xh1 | r | W2xh2 | W3xh3 | ||||
N, P, H | E,F | 1 | 300×425 | 352×477 | 76 | 348×473 | 430×555 | ILB,ILW,IRB,IRW,ITB,ITW,OLB,
OLW,ORB,ORW,OTB,OTW,NOB,NOW |
2 | 355×500 | 407×552 | 76 | 403×548 | 485×630 | |||
3 | 400×560 | 452×612 | 76 | 448×608 | 530×690 | |||
4 | 450×630 | 502×682 | 126 | 498×678 | 580×760 | |||
5 | 500×710 | 552×762 | 126 | 548×758 | 630×840 | |||
6 | 560×800 | 612×852 | 126 | 608×848 | 690×930 | |||
7 | 900×630 | 952×682 | 126 | 948×678 | 1030×760 | |||
8 | 1000×710 | 1052×762 | 126 | 1048×758 | 1130×840 | |||
9 | 1100×800 | 1152×852 | 126 | 1148×848 | 1230×930 |
The description/sizes may be different with goods, please check with us when order.
Standard: CB/T5746-2001
It is used as the window of superstructure above freeboard deck or deck house, meet the requirement of ISO3903-1993.
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