Hawke PL511-Type 3488 Enclosure，Hawke防爆接线盒
Hawke PL511-Type 3488 Enclosure，Hawke防爆接线盒
上海颐品自动化，：

Hawke PL511-Type 3488 Enclosure

Increased Safety Exe / Dual Certified ATEX - IECEx

PL511 Config. Type: 3488

General Information

Supplied with: 1 x M20 B, 2 x M20 C, 1 x M20 D

Materials & Finishes

Glass Reinforced Plastic. Natural Black Finish.

Technical Data

1. Increased Safety II 2 GD Exe IIC Gb, Extb IIIC Db
2. PL511 Certificate No's
   Baseefa14ATEX0268X and IECEx BAS 14.0123X.
3. ZPL511 Certificate No's
   Baseefa14ATEX0248U and IECEx BAS 14.0120U.
4. Suitable for use in:
   Zone 1, Zone 2, Zone 21 and Zone 22.
5. Construction and Test Standards:
   IEC/EN 60079-0, IEC/EN 60079-7, IEC/EN 60079-31.
6. Ingress Protection:
   IP66 and IP67 to IEC/EN 60529.
7. Operating Temperature Range:
   -60°C to +75°C
8. Temperature class & ambient:
   T6 40°C, optional T5 with ambients up to 65°C.

PL5 Series Enclosures Technical Information

To ensure that the maximum temperature as permitted by certification is not exceeded, the dissipated wattage factor formula is used: W = N x F x I² (see enclosure wattage factor).

It is not permitted to fit more than one conductor per side in rail or direct mounted terminals unless using an insulated Bootlace Ferrule.

Linked and mixed terminal arrangements other than those specified in the data tables are available, but the voltage and current figures may be affected to ensure the maximum certified wattage factor is not exceeded. Please contact Hawke Technical Sales for more information.

When connecting a terminal with a conductor that is less than maximum size permitted for that terminal type, the maximum amps per pole must be reduced to suit i.e. an WDU10 (10mm²) terminal fitted with a 4mm² conductor will have the current rating reduced to that of the current rating permitted through the WDU4 (4mm²) terminal.

For Intrinsically Safe Applications, Exe power terminals can be supplied in blue on request. (Note: the enclosure will remain Exe certified).

An earth terminal must be fitted inside the enclosure. (Note: Power terminals may be used as ‘clean earths’).

PL5 Enclosures have metric clearance entries as standard.

Entries into the enclosure must be via a suitable, approved entry device.

All unused entry holes must be fitted with a stopping plug as listed on the enclosure certificate.

Specification

PL5 Series Certification: II 2 GD Exe IIC Gb, Extb IIIC, Db.

Zones of Use: Zone 1, Zone 2, Zone 21 & Zone 22.

Temperature Class & Ambients: T6 40°C as standard. Optional T5 with ambients up to 65°C.

PL511 Operating Temperature Range: -60°C to +75°C Normal Impact Risk (IP66 & IP67).
PL513 Operating Temperature Range: -30°C to +75°C Normal Impact Risk (IP66 & IP67).
PL513 Operating Temperature Range: -60°C to +75°C Low Impact Risk (IP66 & IP67).
PL520 Operating Temperature Range: -25°C to +75°C Low Impact Risk (IP66).

PL5 Series Degree of Protection: IP66.

Material: Glass Reinforced Plastic.

Finish: Natural Black.

PL5 Series Impact Resistance: Up to 7Nm.

Weatherproofing: By silicone gasket.

Certification Label: Certified self adhesive foil.

Lid Fixing Screws: Stainless Steel - retained.

Additional Options: Breather/Drain devices. Internal/external earth stud.

Additional Labels: Stainless Steel or laminated plastic (traffolyte) for external use only or optional (certified) self adhesive foil for external and/or internal use.

Earth Continuity

These Enclosures may be fitted with an earth continuity plate in plated mild steel as standard or optional brass when requested by the customer. (Note: A locknut is required on Cable Glands and metal stopping plugs to ensure earth continuity through the plate).

Assembly Instructions

AI 260 (PL511)AI 261 (ZPL511)

Enclosures Dissipated Wattage

Dissipated Wattage Factor

The Dissipated Wattage Factor of the enclosures has been established by test to ensure that the maximum temperature as permitted by temperature certification is not exceeded. When terminal quantities greater than those at maximum amps are required (up to maximum physical quantity only) then the current shall be reduced accordingly to remain within the Dissipated Wattage Factor of the enclosure.

Combined Terminal Resistance Factor

This factor is used to determine the number of terminals that can be accommodated within the enclosure without exceeding the Wattage Factor. The Combined Terminal Resistance Factor is the sum of the individual terminal resistance's and the resistance of the cable core equal in length to the enclosure maximum diagonal. (Core Resistance is taken from BS6360). Combined terminal resistance factor.

Wattage to be Dissipated = N x F x I²

N = Number of Terminals. F = Combined Terminal Resistance Factor. I = Maximum Current.

e.g. Number of terminals in a PL630 Enclosure at 20.8 Watts - 10 x 'WDU 2.5' (1=17A), 2 x 'WDU 6' (1=29A), (10 x 0.003035 x 17 ² = 8.77 watts) + (2 x 0.001404 x 29 ²) = 2.36 watts). Total Watts = 8.77 + 2.36 = 11.13 watts.

Therefore this terminal combination is acceptable as the wattage is less than that of the PL630 maximum watts of 20.8 watts.

Note - If a smaller than maximum permitted conductor is fitted into a power terminal, then the smaller conductor resistance must be used when calculating the combined terminal resistance.

Transposed Formula

Download Data Sheet

Combined Terminal Resistance

PL Series GRP Enclosures

Download Data Sheet

PL Series Enclosures Maximum Physical Quantity Of Terminals

W Series And Direct Mounted Terminals

Notes:

Earths (PL511, PL513, PL520, PL612 and PL712) The rail earths may be replaced by a pillar earth, but a bracket shall be fitted at the end of the terminal stack in it's place.

Entries (PL511, PL513, PL520, PL612, PL615 ,PL626, PL712 and PL722) Where the quantity of entries has been restricted, this is due to limited space. If multiple entries are required, then the quantity of power terminals shall be reduced accordingly. PL712 - It may be possible for some maximum terminal assemblies to use two M20/O entry positions.

Rails (PL513, PL520, PL612, PL615, PL620 and PL712) 1 Diagonal rail.
PL511, PL626 and PL722: 1 Horizontal rail.
PL630: 1 diagonal or 2 vertical rails.

Enclosures Dissipated Wattage

Dissipated Wattage Factor

The Dissipated Wattage Factor of the enclosures has been established by test to ensure that the maximum temperature as permitted by temperature certification is not exceeded. When terminal quantities greater than those at maximum amps are required (up to maximum physical quantity only) then the current shall be reduced accordingly to remain within the Dissipated Wattage Factor of the enclosure.

Combined Terminal Resistance Factor

This factor is used to determine the number of terminals that can be accommodated within the enclosure without exceeding the Wattage Factor. The Combined Terminal Resistance Factor is the sum of the individual terminal resistance's and the resistance of the cable core equal in length to the enclosure maximum diagonal. (Core Resistance is taken from BS6360). Combined terminal resistance factor.

Wattage to be Dissipated = N x F x I²

N = Number of Terminals. F = Combined Terminal Resistance Factor. I = Maximum Current.

e.g. Number of terminals in a PL630 Enclosure at 20.8 Watts - 10 x 'WDU 2.5' (1=17A), 2 x 'WDU 6' (1=29A), (10 x 0.003035 x 17 ² = 8.77 watts) + (2 x 0.001404 x 29 ²) = 2.36 watts). Total Watts = 8.77 + 2.36 = 11.13 watts.

Therefore this terminal combination is acceptable as the wattage is less than that of the PL630 maximum watts of 20.8 watts.

Note - If a smaller than maximum permitted conductor is fitted into a power terminal, then the smaller conductor resistance must be used when calculating the combined terminal resistance.

Transposed Formula

Combined Terminal Resistance

PL Series GRP Enclosures

中国区分销商：
上海颐品自动化科技有限公司
Shanghai Epin Automation Co.,Ltd.

Website:www.epinautomation。。ｃｏｍ
:sales@epinautomation.com
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