DH Development Kit

Description

The kit comprises downhole DCDC and Telemetry mounted on a pre-wired aluminium rack. In addtion to the downhole parts, you will need the topside Telemetry unit. The combination of these two products make it very easy for the user to get started with a downhole tool development. You simply connect a power supply to the topside telemetry input terminals, a wireline/direct wire/simulator between the topside telemetry and the downhole rack, and you are ready to starte working on your own downhole tool. The transparent system will allow you to communicate from your topside GUI to your downhole CANbus or 3,3V TTL systems.

Downhole rack (NSE-6001-03-01)
(Included in NSE-6001-03)The development system is assembled on a rack with OD 38mm. The downhole telemetry and DCDC converter is mounted, and all on-rack wiring completed. In each end of the rack, there is a connector which enables easy integration to external systems.

Downhole Telemetry (NSE-5004-10)
(Included in NSE-6002-03)The downhole telemetry is rated for operation in 177 Celsius, and has a serial 3.3V TTL inteface. As the telemetry systems is fully transparent, the downhole unit will output exactly the same serial data that is being transmitted to the topside telemetry unit via the USB inteface

Downhole DCDC (NSE-5002-05)

(Included in NSE-6002-03)The DCDC converts the input voltage that might vary a lot, to a steady 28Vdc output. This voltage is applied by the modem, but can also supply other downhole electronics. There is about 1.5Amps. available on the 28Vdc net

Topside Telemetry (NSE-5004-01)

(Ordered separately)The telemetry system provide a transparent link from topside to downhole. You can either connect the two units directly, through a wireline or a wireline simulator. The topside telemetry unit has USB interface. No encryption is applied on the USB, so what you send in is what you get out in the other end. The output downhole is serial TTL 3.3V

NSE-6001-03 – Downhole development kit