CONTROL ACCESS · Products, brands and documentation
Control Access Selections · Catalogue product reference or variant

BASIC-DGL (MAGNETIX)

BASIC-DGL (MAGNETIX) / LOOP

View range information →

Indicative public prices excl. VAT

Price on request

Indicative public prices excl. VAT — Please contact us to confirm price, availability and configuration.

Range image BASIC-DGL (MAGNETIX) / LOOP

Range illustration. Exact variant to be confirmed in the quotation.

Guidance for your project

BASIC-DGL (MAGNETIX)

Two-channel DIN-rail vehicle detector for inductive loops. Prewired loops for vehicle detectors. Choose perimeter and connection cable.

Two-channel DIN rail metal mass detector for inductive loops.
Find this reference in the documents →
Description and documentation

BASIC-DGL (MAGNETIX) reference

12-24V DUAL-channel detector for DIN rail mounting · 10 sensitivity levels · Operating logic selection: (only loop 1 / independent loop 1-2 / with or without direction detection) · Display of each loop's operating frequency · Loop frequency stability check to ensure correct installation · Dynamic release function. Technical specifications as BASIC detector: Supply: 12-24Vca/cc or 120Vca or 12-24V. Consumption: 80mA. Loop inductance: from 30 μH. Ideal: 80 μH to 500 μH. Loop wiring: maximum length 100m 1,5 mm², minimum twisting 50x/m…

View local technical documentation →

To confirm the version and obtain the appropriate manufacturer's manual, include this reference in your quote request.

Your quotation request

Would you prefer a phone call? Request a callback

Local selection, with no automatic submission. Product groupings and variants will need to be clarified with Control Access.

Your project and contact details

Your contact details stay on this page. Do not enter any access code, password or identity document. You can attach plans and photos from your email application.

Local PDF catalogue

Local documentOpen in a tab ↗

Catalogue image

Image extracted from the supplied PDF. Sharpness remains limited by the source image resolution. No additional view has been invented.