CR10X

The CR10XTCR provides a temperature reference for thermocouple measurement. Its leads connect directly to channels 1H, E3, and AG on the CR10X Wiring Panel. The thermistor and resistors are attached to a small printed circuit board [#8289]. The aluminum thermocouple cover [#10630] reduces thermal gradients across the analog inputs.

The 10630 aluminum thermocouple cover is available as a replacement part for existing CR10(X) customers. The cover reduces thermal gradients across the analog inputs for thermocouple measurement.

The 8025 powers the clock and RAM when the primary 12 Vdc power supply is not connected. This lithium battery must be replaced when its voltage falls below 2.4 Vdc.

The 6554 Single 0.16-Unit Silica Desiccant bag desiccates the inside of the CR10X. Often it is replaced when the 8025 Lithium Battery is replaced.

This black, anodized aluminum wiring panel has a label with "CR10X" written in white. The CR10XWP include a switched 12 V terminal, redistributed analog grounds (dispersed among analog channels rather than grouped), unpluggable terminal block for 12 V connections, gas-tube spark gaps, and 12 V supply on pin 8 to power our COM-series phone modems and other peripherals.

The 4107 base plate is a component of the CR10XWP Wiring Panel that is available as a replacement part.

The 3768 is shipped attached to the CR10X. This green, plug-in power connector provides screw terminals for connecting the 12 V and GND wires of the dataloggger's power supply. The 3768 may be purchased to replace a lost or damaged power connector.

This type T thermocouple is attached to a differential channel on the CR10X. The programming examples in the Overview Section of the datalogger manual use the 3315.

The 10353 provides the prompt sheet for the CR10X with a mixed-array operating system.

The 17154 provides the CR10X Operator's Manual in paper form (bound in a 3-ring binder). This manual was included with all CR10X orders. To reduce paper use and shipping weights, we shipped one manual for every five dataloggers unless you specified otherwise.

The 17169 provides the CR10X Service Manual that includes assembly drawings and schematics only. This service manual does not contain detailed procedural or repair information. Prior to shipping, a signed nondisclosure agreement is required.

The 13617 provides a CD containing the ordered Operating System (OS) and our Device Configuration Utility (DevConfig). DevConfig is required to download the new OS to the datalogger.

The 13618 provides a CD containing an ALERT Operating System (OS) for the CR10X and our Device Configurator Utility (DevConfig). DevConfig is required to download the new OS to the CR10X. The ALERT OS allows the CR10X to store and transmit data in the ALERT format (flood warning system).

The 13619 provides a CD containing the Modbus Operating System (OS) for the CR10X and our Device Configuration Utility (DevConfig). DevConfig is required to download the new OS to the CR10X. The Modbus OS allows the CR10X to interface with SCADA and MMI software packages. Some earlier CR10X dataloggers included the Modbus protocol in the Standard OS (OS10X versions less than 1.3).

The 8299 provides only the reference junction component of the CR10XTCR; the CR10XTCR includes both the the 8299 thermistor and an aluminum cover.

The 16542 requires an RMA (Returned Material Authorization) from Campbell Scientific. When ordered, the CR10X is recalibrated to meet original specifications. Before and after calibration sheets are supplied with the datalogger. The datalogger is recalibrated over the standard -25° to +50°C temperature range. If extended temperature testing is desired while the unit is being recalibrated, the extended temperature testing services (15843 or 16146) must also be purchased. The above price assumes a fully functional datalogger; repair chargers will be added to the invoice.

Retesting is available only for individual units that have previously passed Extended Temperature Testing. Retesting also requires concurrent purchase of recalibration, in this case, the 16542. An RMA (Returned Material Authorization) from Campbell Scientific is required.

The 16541 memory upgrade is a hardware modification that increases the data storage capacity of a CR10X (or CR10X-1M) to the memory provided by a CR10X-2M (one million low-resolution data points).

Individual dataloggers can also be returned to Campbell Scientific on an RMA to determine if they can pass Extended Temperature Testing. Extended temperature testing of a previously purchased unit also requires purchase of recalibration.

This service increases delivery time by approximately one week. The 21852 is offered for customers who require calibration validation from an accredited calibration laboratory. When the 21852 is ordered, Campbell Scientific calibrates the datalogger, and then sends the datalogger to Simco Electronics in Salt Lake City, Utah. After Simco receives the datalogger, they perform a calibration validation under the A2LA/NVLAP accreditation. Simco also provides a calibration certificate.

The 16606 provides a training course at our factory in Logan, Utah. This course covers the operation of the CR10X Datalogger and LoggerNet Software. The price of the course includes 3 days of instruction and use of computers/dataloggers/facilities. Travel and accommodations are NOT included. Lunch will be provided by CSI on each day of class.

This training option is cost-effective when you have several individuals (5 maximum) who require training on the CR10X and LoggerNet. The training consists of one Applications Engineer traveling to your site to provide 3 days of training on the CR10X and LoggerNet. Our travel expenses within the continental United States are included, as are use of dataloggers, computers, software, sensors, and instructional materials. Our training materials are shipped in cases that contain 3 training set-ups per case; we have four cases available for training.

This training option is cost-effective when you have more than five individuals (11 maximum) who require training on the CR10X and LoggerNet. The training consists of two Applications Engineers traveling to your site to provide 3 days of training on the CR10X and LoggerNet. Our travel expenses within the continental United States are included, as are use of dataloggers, computers, software, sensors, and instructional materials. Our training materials are shipped in cases that contain 3 training set-ups per case; we have four cases available for training.