CR1000 Measurement Control Data Collector

CR1000 is our most widely used data collector. Can be used for numerous measurement and control functions. Durable and sturdy, suitable for extreme conditions; High reliability, suitable for remote environments; It is also highly flexible and can be used for complex configurations.

CR1000 is developed based on the CR10X data collector and has been widely used worldwide. The increased memory and more channels make the CR1000 a powerful core component of your data acquisition system.

Ideal applications include fire weather, grid systems, wind profiles, weather stations, air quality, soil moisture, water level/water level, aquaculture, avalanche forecasting, time domain reflection, vehicle testing, SCADA, and water quality

Support serial communication between sensors and devices through I/O ports

Collect and store data and control peripheral devices as the brain of your system

Flexible power and communication options make it ideal for remote locations.

4-mb memory can be expanded by attaching a memory system.

Supports Pakbus, Modbus, SDI-12, and DNP3 protocols

Compatible channel extension peripheral devices allow you to expand your system

Use loggernet, PC 400, or shortcuts to install

Communicate through various options: TCP/IP, email ftp、 Network server.

Gas exhaust pipe (GDT) protection input

The battery supports a clock to ensure accurate timing when the data logger is disconnected from the battery power supply

Program and on-site control, adding CR 1000KD keyboard and display unit.

Custom SiC chip with expandable pulse counting, control ports, and serial communication capabilities

The CR1000 includes a measurement control module and a wiring panel. The CR1000 uses an external keyboard display and power supply, and its extremely low power consumption allows it to be powered by a combination of small capacity rechargeable batteries and solar panels, eliminating the need for AC power. To reduce the possibility of inaccurate measurements, CR1000 will pause operation when the main power supply is below 9.6 V.

The measurement control module of CR1000 can measure sensors, drive direct communication and communication, delete data, control external devices, and store data and programs in the built-in non-volatile memory. Electronic components are placed inside a stainless steel casing to shield against electromagnetic interference and prevent scratches. The clock supported by the backup lithium battery ensures accurate clock recording. The measurement and control module can provide both measurement and communication functions simultaneously. The internal BASIC programming language supports regular data processing and analysis programs.

CR1000WP is a black anodized aluminum material wiring panel that is compatible with all CR1000 measurement and control modules. The wiring panel includes: a 12V switch, a distributed analog ground (dispersed along the analog channel rather than grouped), and non pluggable terminal modules for 12V connections, gas discharge tube lightning arresters, and providing 8th pin 12V power supply for our COM series telephone MODEM and other peripheral devices. The control module is easily disconnected from the wiring panel, and the measurement and control module can be replaced in the field without rewiring the sensor.

The initial standard model CR1000 had 2 MB of data/program memory, while the optional version CR1000-4M had 4 MB of memory. In September 2007, the standard model CR1000 began using 4MB of memory and phased out the CR1000-4M model. The CR1000 data collector with a module serial number greater than or equal to 11832 uses 4M memory; At the beginning, "4M Memory" was also indicated on the shell label.

sensor

The CR1000 includes several types of channels that can support almost every available sensor, including thermocouples, SDI-12 sensors, and 4 to 20 mA sensors. The customized ASIC (Application Specific Integrated Circuit) chip extends the pulse counting, control port, and serial communication capabilities of CR1000. The I/O ports (control ports) of CR1000 can be paired for receiving and sending, allowing communication with serial sensors and devices.

Measurement and control peripherals

CR1000 is compatible with all of our current CDMs (requiring an SC-CPI interface module), SDMs， Expansion board, vibrating wire interface module, terminal input module, and relay, etc.

communication

The communication between CR1000 and PC can be carried out through various methods, including direct communication, Ethernet interfaces (NL100, NL115, NL120), multi substation bus modems, direct pull modems, telephone modems (landline, digital mobile network, and voice synthesis phones), RF radio communication, and satellite transmitters (Argos, high data rate GOES, and Meteosat).

Viewing data can be done through the CR1000KD keyboard monitor, CD100 with installed keyboard monitor, iOS or Android devices (requiring LoggerLink software), CD295 WebView II monitor, Archer PCon on-site PC, or user provided PDA (requiring PConnect or PConnectCE software)

Compatible external data storage devices include CFM100, NL115, and SC115.

chassis

The CR1000 and its power supply can be placed in any of our standard chassis. If you want to fix the CR1000 in the ENC10/12 chassis, you need to use a 17565 stacked bracket to fix it in a "horizontal" orientation (for example, the long axis of the data collector crosses the short axis direction of the chassis).

power supply

Any 12 Vdc power supply can be used to power the CR1000 data collector. The power sources commonly used for CR1000 include BPALK, PS100, and PS200. BPALK offers a set of 8 non rechargeable D-shaped alkaline batteries with a capacity of 7.5 A h at 20 ° C.

Both PS100 and PS200 power supplies come with a 7 Ah rechargeable deep charge battery and a charging protector. They should be connected to a charging source (either a mains charging source or a solar panel). The difference between these two power sources lies in their charging protectors. PS100 has a standard charging protector, while PS200 has an intelligent charging protector based on a microcontroller. The PS200's charging protector provides two pole constant voltage charging and temperature compensation functions, optimizing the charging process and increasing the battery's lifespan.

Other feasible power sources include the BP12 and BP24 battery packs, which provide battery capacities of 12 and 24 A hours, respectively. These battery packs should be connected to a charging protector (e.g. a CH100 or CH200 connected to an unregulated solar panel or mains charging source).

software

CRBasic is a complete programming language for CR1000, which supports simple or complex programming instructions, as well as various built-in data pruning methods. The software compatible with CR1000 includes:Short Cut software

PC200W

PC400 (version 1.2 or higher)

LoggerNet (3.0 or higher version)

RTDAQ (1.0 or higher version)

PConnect (version 3.1 or higher)

PConnectCE (2.0 or higher version)

VisualWeather (2.0 or higher version)