Buy Bopla BL 704015 - 9003 BOLINK_SET 16174303.HMT1 Sensor casing 70.4 x 42.4 x 17.2 Polycarbonate V0 White 1 pc(s)

Rectangular white box with rounded edges. Flat lid, potentially a packaging for a product or storage container.<br><br>(Note: This appears to already be in English, so no significant translation was required.)

Shows an enclosure set with three white plastic components and four screws. The parts are intended for assembly.

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Product type

Sensor casing

Material

Polycarbonate V0

IP rating

IP65

Width

42.4 mm

Height

17.2 mm

Datasheet (PDF)

5 Piece(s)

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Piece(s)

Total (€ 5.87 / piece)

€ 6.71

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Only 5 Piece(s) available

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Highlights & Details

Material PC is suitable for outdoor use (F1 listing according to UL 746C)

Technical specifications

Product type: Sensor casing

Features: with seal

Material: Polycarbonate V0

: IP65

Factory colour: White

Length: 70.4 mm

Width: 42.4 mm

Height: 17.2 mm

Inside height: 10.3 mm

Content: 1 pc(s)

Dim: (L x W x H) 70.4 x 42.4 x 17.2 mm

RoHS-compliant: Yes

Weight: 23 g

Type: BL 704015 - 9003 BOLINK_SET

Documents & Downloads

Datasheet

Datasheet 2384280 Bopla BL 704015 - 9003 BOLINK_SET 16174303.HMT1 Sensor casing 70.4 x 42.4 x 17.2 Polycarbonate V0 White 1 pc(s)

User & Safety Instructions

User & Safety Instructions 2384280 Bopla BL 704015 - 9003 BOLINK_SET 16174303.HMT1 Sensor casing 70.4 x 42.4 x 17.2 Polycarbonate V0 White 1 pc(s)

Download

Download 2384280 Bopla BL 704015 - 9003 BOLINK_SET 16174303.HMT1 Sensor casing 70.4 x 42.4 x 17.2 Polycarbonate V0 White 1 pc(s)

Description

The intelligent and versatile housing system for modern IoT sensors

This text is machine translated.

Features

Seal: TPE

Scope of delivery

1 housing incl. seal

Hints

The DAE-D11 ( Conrad1483273) pressure equalization membrane can be used. The enclosure must be machined for use

Air that generates a vacuum in the housing when cooled down can suck moisture through the seal into the housing, so that an IP protection is no longer guaranteed. The membrane can be used to compensate for these pressure fluctuations due to temperature differences.