SMB to MiniDIN electrode connecting lead for use with Oxygraph/Oxytherm/Oxylab . Use with S1/MD to connect S1 electrode disc to OMS1 and CB1-D3 (serial number 96XXX and later).

MiniDIN to MiniDIN 1Metre extender lead for use with S1/ADL to connect S1 electrode disc to OMS1 and CB1-D3 (serial number 96XXX and later).

SMB to SMB connecting lead for use with CB1-D2 Oxygen control box (serial number 92XXX - 95XXX).

SMB to 4mm red/black plug connecting lead for use with older model Oxygen control boxes (manufactured Pre 1992).

Magnetic followers, PTFE coated for use with DW1 and DW2/2 units (pkt of 5).

Magnetic followers, PTFE coated for use with DW3 unit (pkt of 5).

Magnetic followers, glass for use with DW1 and DW2/2 units (pkt of 5).

Glass reaction vessels for DW1 and DW2/2 units (pkt of 2).

Membrane (PTFE 0.0125mm x 25mm) 30m reel.

Spare ‘O’-rings - DW1 (pkt of assorted sizes).

Spare ‘O’-rings - older model DW2 (pkt of assorted sizes).

Spare ‘O’-rings - DW2/2 (pkt of assorted sizes).

Spare ‘O’-rings - DW1/AD (pkt of assorted sizes).

Spare ‘O’-rings – Oxytherm (pkt of assorted sizes).

Spare ‘O’-rings - older model LD1 (pkt of assorted sizes).

Spare ‘O’-rings - LD1/2 (pkt of assorted sizes).

Spare ‘O’-rings - older model LD2 (pkt of assorted sizes).

Spare ‘O’-rings - LD2/3 (pkt of assorted sizes).

Spare ‘O’-rings - DW3 (pkt of assorted sizes).

Spare bulbs for LS2 - 100W (pkt of 3).

Spare bulbs for LS2 - 50W (pkt of 3).

Spare bulb for FLS1 - 75W.

Optional low intensity bulb for FLS1 - 35W.

Set of 3 stainless steel discs, capillary matting and foam spacer for LD units.

3-way gas taps and 1ml disposable syringe for LD2, LD2/3 and LD1/2 units (pkt of 4 taps + 2 syringes).

Electrode cleaning kit.

Mains powered magnetic stirrer for use with DW series electrode chambers.

Membrane applicator to assist with smooth application of electrode membrane.

Top plate key and alignment jig to dismantle and reassemble DW1 and DW2/2 electrode chambers.

Filter holder for 50mm sq. filters. Use with LS2, LS2/FO and A8 or FLS1 and A8 to provide extra filter capacity.

Set of 4 50 mm sq. neutral density filters 0.1, 0.3, 0.6 and 1.0. O.D. Use with LS2 and FLS1.

Fibre-optic cable 500mm x 13mm active diameter. Use with LS2, LS2/FO and FLS1.

Due to advances in PC communications technology, RS232 serial communication is becoming more and more scarce on modern computers. It is now virtually impossible to purchase a new laptop PC with an RS232 port. If this is the case with the PC that you are using, it is possible to purchase USB - RS232 adapters which connect to an available USB port which are present on all modern desktop and laptop PC’s.

Hansatech Instruments have tested a large number of USB - RS232 adapters from a number of different manufacturers. The HAN/USB adapter is the only adapter that can be used in complete confidence. Other adapters purchased elsewhere may have limited or no functionality with the Hansatech Instruments product range and as such, will not be subject to technical support from Hansatech Instruments Ltd.

Splitter cable for LH11/2R allowing the use of up to 2 LH11/2R "Probe" type light housings. Use with DW2/2.

The LS2/FO adapter is fitted with a lens which focuses the beam down onto the end of the A8 fibre-optic cable. This increases the intensity of the light to up to 8000 µmols m^-2 s^-1 at the chamber end of the A8 fibre-optic cable. The A8 cable may then inserted into one of the 4 optical ports on DW2/2, the smaller optical window on DW3 (using the 16mm internal diameter reducing adapter supplied with the DW3) or the 16mm internal diameter optical port on the LD2/3.

The OXY/PDU Power Distribution Unit allows multi-channel setups consisting of up to 8 Oxygraph control units to be powered from a single 12v power supply.

Accessory items are also available from Hansatech Instruments which may be used in order to increase the functionality already provided by the Oxygraph control unit. Oxygraph is avle to record an additional auxiliary input signal which may be taken from peripheral instrumentation such as PAR sensor (the Quantitherm PAR/Temperature sensor) or any other instrument with an analogue output of 0-5v. Auxiliary instruments are connected to the rear of the Oxygraph control unit via the OXY/AUX adapter cable allowing S1 electrode disc and auxiliary signals to be connected to a single socket.