CSAT3

The 16764 provides a rigid carrying case for CSAT3s that will be transported frequently. Please note that a foam insert is not included. Foam is required to transport the CSAT3. However, each CSAT3 is shipped in foam. Therefore, you will get the foam if the 16764 is ordered at the same time as the CSAT3. If you need both the carrying case and foam, order the 16763 (see replacement parts).

The CSAT3CBL1-L attaches to the Analog Output connector on the CSAT3 electronics box. Order a 25-foot lead length (i.e., CSAT3CBL1-L25) to replace the cable originally shipped with the CSAT3. The CSAT3CBL1 is also offered for applications where cabling in excess of 25 feet is required.

Formerly purchased as the CSATCBL1-L.

The CSAT3CBL2-L attaches to the RS-232 connector on the CSAT3 electronics box. Order a 25-foot lead length (i.e., CSAT3CBL2-L25) to replace the cable originally shipped with the CSAT3. The CSAT3CBL2 is also offered for applications where cabling in excess of 25 feet, but less than 50 feet, is required.

Note: SRM-5A Short Haul modems can be used for applications requiring lengths longer than 50 feet.

Formerly purchased as the CSATCBL2-L.

The CSAT3CBL3-L attaches to the +12V SDM connector on the CSAT3 electronics box. Order a 25-foot lead length (i.e., CSAT3CBL3-L25) to replace the cable originally shipped with the CSAT3. The CSAT3CBL3 is also offered for applications where cabling in excess of 25-feet is required.

Formerly purchased as the CSATCBL3-L.

The 10080 Thermocouple Cover is placed over the Omega-brand thermocouple connectors and is used to mount the connectors to the side of the CSAT3 head. It also minimizes temperature gradients across the connectors.

At least two FW05 thermocouples per CSAT3 are needed; four are recommended. The FW05 consists of a 0.0005" diameter, type E thermocouple mounted on a stainless steel bayonet. This thermocouple features a simplified junction design over its predecessor, the FWTC05. The FW05's measurement junction resembles that of the 127 thermocouple, used with CA27. The FW/ENC carry case is required (see below).

An FW/ENC Fine Wire Carrying Case is required to ship or carry the fine wire thermocouples. The case can house up to four FW05s.

An FWC-L Connector Cable is required for each FW05 ordered. A 35-foot cable length (i.e., FWC-L35) is recommended; four feet of this cable should be bundled inside of the enclosure to minimize heat conduction on the terminal strips. The remaining 31 feet is for mounting the FW05 onto the side of the CSAT3 head.

The 9785 includes hardware for mounting the CSAT3 to a crossarm.

The 8480 may be purchased to replace the green power connector originally attached to the CSAT3.

The 4905 Single 4-Unit Silica Desiccant Pack is packaged in Tyvek. It periodically needs to be replaced.

The 10155 is a desiccant holder that uses Velcro to attach the desiccant to the CSAT3.

Three of these screws attach the 2842 bubble level to the CSAT3. The 28 may be purchased to replace lost or damaged screws.

The 14252 SDM connector consists of five screw terminals and a D-subminiture connector. The D-subminiture connector mates with the SDM connector on the CSAT3. The other end of the 14252 provides the 12V, GND, C1, C2, and C3 terminals for the CSAT3.

Three of the 17388 wicks are used on the top arm of the assembly (one for each sonic transducer). These wicks are required when the CSAT3's embedded code is version 4.0 or later.

Three of the 17389 wicks are used on the bottom arm of the assembly (one for each sonic transducer). These wicks are required when the CSAT3's embedded code is version 4.0 or later.

The 2842 may be purchased to replace a damaged bubble level.

The 4697 is available to replace the 5/32" Allen Wrench originally shipped with the CSAT3.

The 10030 is the one-twisted pair, shielded cable used to construct the power cable portion of the CSAT3CBL3-L. The per foot price of raw cable is listed above. When purchased as raw cable, the 10030 is cut to user-specified length. The cable is not terminated in heat shrink nor is the insulation on the conductors stripped back.

The 16763 includes both a carrying case and foam.

The 9783 is the custom foam cutout that ships with each CSAT3. This foam helps protect the CSAT3 from damage during shipping. The foam cutout is included whether or not the carrying case is ordered.

The 8915 is a horizontal boom with ball used to mount the CSAT3. It is shipped with the CSAT3 and may be purchased separately to replace a lost or damaged horizontal boom.

The 16554 provides calibration over the CSAT3's operating temperature range without using the coordinate measurement machine (CMM); the CMM is used on the CSAT3 at time of original purchase. During recalibration, Campbell Scientific determines if the geometry of the heads has changed since original manufacture. If so, the 16555 Calibration with a CMM is required. In all cases, factory recalibration requires an RMA (Returned Material Authorization).

The 16555 includes calibration over the CSAT3's operating temperature range and coordinate measurement of transducer positions in space relative to the bubble mounting surface. A coordinate measurement machine (CMM) is used for this process. CMM measurement is performed on the CSAT3 at time of original purchase. This recalibration option (instead of the 16554) is required if the geometry of the heads has changed since original manufacture. In all cases, factory recalibration requires an RMA (Returned Material Authorization).

The 17199 includes an embedded code upgrade to version 4.0 and installation of a wicking system to minimize accumulation of water droplets on the face of the CSAT2. Both changes improve the performance of the CSAT3 Sonic Anemometer in rainy conditions. Requires RMA; contact the factory for details.

This service converts a CSAT3 to a CSAT3A. The CSAT3A is designed to interface directly with the EC150 and EC155 gas analyzers. The analyzer mounts on the CSAT3A, and the CSAT3A shares the EC100 control module of the gas analyzer. This service also provides calibration over the sensor's operating temperature range without using the CMM.