Accud Digital Level & Protractor AC-722-360-01

SKU AC-722-360-01
$229.00
inc. GST

or 4 interest-free payments of $57.25 with Afterpay or Zip

Magnetic base with v-groove holds firm on ferrous metal surfaces. Absolute horizontal reference can be saved in memory forever. Aluminium frame provides high rigidity and minimal weight. Can be used in combination as a level or protractor. Resolution: 0.05°. Accuracy: +/- 0.1° (0°/90°/180°/270°). Accuracy: +/- 0.2° (Other Directions). Dimensions (L x W x H): 150mm x 33mm x 60mm. Weight: 0.55kg.

Read full description

In stock

Apple Pay, Google Pay, Link and PayPal, no account needed

Delivery to your door

Secure checkoutCard, PayPal, Afterpay, Zip

Price match

Seen it cheaper somewhere else? Send us the link and we'll get back to you by email.

Seen it cheaper somewhere else? Send us the link and we'll get back to you by email.

Accud Digital Level & Protractor AC-722-360-01 SKU AC-722-360-01 Our price $229.00
The page where you saw the lower price.

We only use your details to reply to this request.

Request sent

Thanks. We've got your price match request for Accud Digital Level & Protractor AC-722-360-01 and will reply to the email address you gave us.

Features

  • Magnetic base with v-groove holds firm on ferrous metal surfaces.
  • Absolute horizontal reference can be saved in memory forever.
  • Aluminium frame provides high rigidity and minimal weight.
  • Can be used in combination as a level or protractor.
 

Specifications

  • Resolution: 0.05°
  • Accuracy: +/- 0.1° (0°/90°/180°/270°)
  • Accuracy: +/- 0.2° (Other Directions)
  • Dimensions (L x W x H): 150mm x 33mm x 60mm
  • Weight: 0.55kg

MPN
AC-722-360-01
upc
9346967026662
length
150mm
width
60mm
height
33mm
Manufacturer
Accud

Australia-wide Free over $199. Enter your postcode above for exact rates.
Returns Changed your mind? See our returns policy.

Need a hand choosing? Ask about fit, compatibility or bulk pricing and we'll reply by email.
Ask a question

More from Accud

View all Accud
$229.00 or 4 ×