Shipment & delivery information
Your order can be delivered to anywhere throughout Australia by either standard (road) freight or premium (express) delivery.
Standard/Road Freight: 2 - 5 working days*
Delivery Charges: Under $70 $9 $70+ Free
Premium/Express Freight: Next working day for selected Metro area orders placed before 2:45pm AEST, 2-3 days for other areas*
Delivery Charges: Flat rate $16
* Freight delivery times stated are for average volume items with total order weight under 5kg for metro areas in eastern states. Additional delivery time may result for some deliveries. Please allow extra time for delivery to western states. Premium freight is not available on oversized or bulky items. Contact the Techstore should you require more details.
Goods cannot be delivered to a post office box via an express courier service. If shipping to a PO Box you must select standard delivery during checkout.
Company policy is that we do not under any circumstances issue instructions to our couriers to leave deliveries unattended when no one is at the delivery location.
For unusually large or bulky orders our customer service staff may contact you if any additional freight costs are needed.
Transit goods insurance
If you wish to insure, it will cost $1 for every $100 value or PART THEREOF. In other words if your order is for $145.00 the insurance will be $2.00. This insurance covers goods DAMAGED in transit. We do not automatically insure unless you specify it during the checkout. If you don't select insurance you are NOT insured.
We deliver to parcel lockers around Australia.
This module is an inexpensive solution for an obstacle avoidance sensor, perfect for robotic projects and very easy to interface directly with Arduino® and compatible boards. It also works with our pcDuino module by using the 3.3V output. The module has two potentiometers, one to control frequency and one to control the intensity.
• Adjustable frequency and intensity
• 4 pin header
For More info on Arduino.
|Required Supply Voltage||3.3V-5V|
|Sensor Outputs||digital logic active low|