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EB200 Bollard
EB200 Bollard
EB200 Bollard

Verified 2 months ago

AUTOPA Limited

EB200 Flanged

Verified 2 months ago

AUTOPA Limited

EB200 Ragged

Verified 2 months ago

AUTOPA Limited

EB200 Removable

Summary
Steel core sleeved bollard.
Steel core sleeved bollard.
Steel core sleeved bollard.
Application

Suitable for a wide range of applications.

Retail parks.

Suitable for a wide range of applications.

Retail parks.

Suitable for a wide range of applications.

Retail parks.

Description

With a traditional design, the EB200 offer a durable alternative to a cast iron bollard. Highly versatile and suited for a wide range of applications, the AUTOPA EB200 houses a galvanized steel core under a rugged medium density polyethylene (MDPE) sleeve. The combination of steel and MDPE make the EB200 100% recyclable.


Features and benefits:

  • The sleeve is fully removable, and can be easily replaced if damaged.
  • The bollard is supplied concrete in and black as standard.
  • Flanged and removable versions are available.
  • Reflective bands can be added to the neck of the bollard if required.


Installation:

  • Flanged bollards require bolting down to a suitable concrete surface (no less then 300 mm cube) by means of two M12 bolts.
  • Ragged versions require setting with concrete into a hole of at least 300 x 300 x 450 mm (length x width x depth).
  • Removable bollards require an excavated hole of at least 300 mm square and 500 mm deep for the socket.
  • An Allen Key is required to tighten the steel clamp that fixes the sleeve to the core.
  • To prevent against vehicle access, AUTOPA recommends the distance between bollards does not exceed 1200 mm.

With a traditional design, the EB200 offer a durable alternative to a cast iron bollard. Highly versatile and suited for a wide range of applications, the AUTOPA EB200 houses a galvanized steel core under a rugged medium density polyethylene (MDPE) sleeve. The combination of steel and MDPE make the EB200 100% recyclable.


Features and benefits:

  • The sleeve is fully removable, and can be easily replaced if damaged.
  • The bollard is supplied concrete in and black as standard.
  • Flanged and removable versions are available.
  • Reflective bands can be added to the neck of the bollard if required.


Installation:

  • Flanged bollards require bolting down to a suitable concrete surface (no less then 300 mm cube) by means of two M12 bolts.
  • Ragged versions require setting with concrete into a hole of at least 300 x 300 x 450 mm (length x width x depth).
  • Removable bollards require an excavated hole of at least 300 mm square and 500 mm deep for the socket.
  • An Allen Key is required to tighten the steel clamp that fixes the sleeve to the core.
  • To prevent against vehicle access, AUTOPA recommends the distance between bollards does not exceed 1200 mm.

With a traditional design, the EB200 offer a durable alternative to a cast iron bollard. Highly versatile and suited for a wide range of applications, the AUTOPA EB200 houses a galvanized steel core under a rugged medium density polyethylene (MDPE) sleeve. The combination of steel and MDPE make the EB200 100% recyclable.


Features and benefits:

  • The sleeve is fully removable, and can be easily replaced if damaged.
  • The bollard is supplied concrete in and black as standard.
  • Flanged and removable versions are available.
  • Reflective bands can be added to the neck of the bollard if required.


Installation:

  • Flanged bollards require bolting down to a suitable concrete surface (no less then 300 mm cube) by means of two M12 bolts.
  • Ragged versions require setting with concrete into a hole of at least 300 x 300 x 450 mm (length x width x depth).
  • Removable bollards require an excavated hole of at least 300 mm square and 500 mm deep for the socket.
  • An Allen Key is required to tighten the steel clamp that fixes the sleeve to the core.
  • To prevent against vehicle access, AUTOPA recommends the distance between bollards does not exceed 1200 mm.
Color
Black
Black
Black
Finish
Galvanized
Galvanized
Galvanized
Material
Steel, Medium density polyethylene (MDPE)
Steel, Medium density polyethylene (MDPE)
Steel, Medium density polyethylene (MDPE)
Height
900 mm
900 mm
900 mm
Warranty description
One year
One year
One year
SKU Code
138 108 400, 138 108 420, 138 108 410, 138 160 400C
138 108 400, 138 108 420, 138 108 410, 138 160 400C
138 108 400, 138 108 420, 138 108 410, 138 160 400C

Specification

Classification data
Standard
To ISO 9001, ISO 14001 and OHSAS 18001.
To ISO 9001, ISO 14001 and OHSAS 18001.
To ISO 9001, ISO 14001 and OHSAS 18001.
Dimensions
-
-
-
Size and profile
900 x 195 mm.
900 x 195 mm.
900 x 195 mm.
Height
900 mm (above ground).
900 mm (above ground).
900 mm (above ground).
Length below ground
400 mm.
400 mm.
400 mm.
Finishes
-
-
-
Applied finish
Galvanized core.
Galvanized core.
Galvanized core.
Colour
Black., Other.
Black., Other.
Black., Other.
Accessories
Not required., 138 100 994 - M12 Expanding Bolt (2 required per bollard)., 138 100 906 - 40mm Brass Padlock with 2 Keys (Random Key)., 138 100 907 - 40mm Brass Padlock with 2 Keys (Identical Key)., 138 100 968 - 50mm Reflective tape.
Not required., 138 100 994 - M12 Expanding Bolt (2 required per bollard)., 138 100 906 - 40mm Brass Padlock with 2 Keys (Random Key)., 138 100 907 - 40mm Brass Padlock with 2 Keys (Identical Key)., 138 100 968 - 50mm Reflective tape.
Not required., 138 100 994 - M12 Expanding Bolt (2 required per bollard)., 138 100 906 - 40mm Brass Padlock with 2 Keys (Random Key)., 138 100 907 - 40mm Brass Padlock with 2 Keys (Identical Key)., 138 100 968 - 50mm Reflective tape.

Additional properties

Weight
10.8 kg.
11.4 kg.
17.4 kg.
WallThickness
3 mm.
3 mm.
3 mm.
Type
EB200 Bollard, flanged (138 108 410).
EB200 Bollard, ragged (138108400).
EB200 Bollard, removable (138108420).

Sustainability data

Country of product manufacture
United Kingdom
United Kingdom
United Kingdom
Material
Steel, Medium density polyethylene (MDPE)
Steel, Medium density polyethylene (MDPE)
Steel, Medium density polyethylene (MDPE)
Recyclability
100%
100%
100%