Campbell Hausfeld SM4M - Manual

SM4M/SM16M Storage Module User Guide 1-2 Power Requirements: 5 ±0.3V DC @ 100mA (max.) Current drain:Active, processing, e.g. memory test: 30–40mA (avg.) Active, but waiting, e.g. communications mode: 10mA (avg.) Typical current during data storage from a datalogger: 15mA (avg.) Low Power Standby St...

Section 1. SM4M/SM16M Storage Module Overview 1-3 memory in an SM4M and 256 blocks in an SM16M. This equates to a capacity of more than 2 million low-resolution storage values for the SM4M and more than 8 million low-resolution values for the SM16M – See Section 4. 1.3 Power 1.3.1 Primary Power The ...

SM4M/SM16M Storage Module User Guide 1-4 The SM can store data either under program control (Instruction 96) or under user control (*8 Mode with CR500/510, CR10/10X and CR23X, *9 Mode with 21X and CR7). Datalogger programs can be stored in and retrieved from the Storage Module using the *D Mode. The...

SM4M/SM16M Storage Module User Guide 1-6 The first flash after the delay will last from 1 to 2 seconds, depending on the last use of the module. Further flashes follow with a 0 .5 second OFF and 0.5 second ON spacing. The total number of flashes indicates the status of the module, as follows:Module ...

Section 2. Storing Data from Current Dataloggers 2-3 Instruction 96 can be entered two or more times in a program to sort data to specific Storage Modules. Three important considerations are: 1. All Storage Modules to be used must be connected to the datalogger with SC12 cables. 2. Time must be allo...

3-1 Section 3. The Printer Enable Method ofData Storage Data from the 21X and CR7 with PROMs older than the OSX and OS7 series PROMs (and from the CR21 and DSP4) are stored in the Storage Module via the Printer Enable Method, i.e. data on the TD line (pin 9) are stored while the PE line (pin 6) is h...

SM4M/SM16M Storage Module User Guide 3-2 Explanation: Option 22 selects binary printer output at 9600 baud. The left digit specifies the device option and the right, the baud rate. Refer to the datalogger manual for further details. 3.2.2 *4 Mode — Output Device Enable The *4 Mode is used to enable ...

SM4M/SM16M Storage Module User Guide 4-2 4.3 Data Formats – Space Requirements The modules store data in the format in which it is sent to them. There is no conversion or encoding of the data received before it is stored. Data can be sent to the module in either the Campbell Scientific Final Storage...

5-1 Section 5. Data Retrieval Data retrieval is accomplished on PCs using SMS (part of the PC208W datalogger support software package). Other computers require a software program which makes use of the Storage Module telecommunications commands (see Appendix B). This process requires both a hardware...

SM4M/SM16M Storage Module User Guide 5-2 of data a lengthy process, compared to direct connection to a PC, where baud rates up to 115200 are supported. The SC32A internal SDM blocking jumper should be in place. Without the jumper in place (and sometimes with the SC929), Windows may report a ‘framing...

Section 5. Data Retrieval 5-3 The telecommunications part of the PC208W datalogger support software package is used to schedule and make data collection from the datalogger or storage module. Please refer to the PC208W manual for further details. 5.2 Datalogger Support Software 5.2.1 SMS SMS (part o...

6-1 Section 6. Storing and RetrievingDatalogger Programs CR500/510, CR10/10X, CR23X, 21X and CR7 programs can be uploaded and downloaded between the datalogger and the Storage Module in the *D Mode. (OSX and OS7 series PROMs are required for the 21X and CR7.) Campbell Scientific’s SMS software allow...

SM4M/SM16M Storage Module User Guide 6-2 When a program is ‘erased’, the space it occupied is not freed until the entire program storage area is erased. Thus, when you erase a program, the amount of free space in the storage module program area does not increase. However, you can reuse the program n...