Common use of Memory and storage capacity Clause in Contracts

Memory and storage capacity. The equipment shall have a non-volatile solid state memory (ex. SSD, flash, etc.) with the required capacity to stores at least one (1) year of continuous data based in typical recording periods and typical recording rates. Also the memory shall have a minimum storage capacity of RMS Trigger events and Instantaneous trigger events based in typical recording rates and recording periods. Typical recording periods and recording rates are: a. RMS Trigger Recording Function (Recording rate of sample per cycle on all the signals) i. Pre-Trigger: 60 seconds ii. Post -trigger: 300 seconds b. Instantaneous Values Trigger Recording Function (recording rate of 250 samples per cycle on all instantaneous signals) i. Pre-Trigger: 1 second ii. Post-Trigger: 2 seconds c. Continuous Recording Function The recording rate is 1 sample per second on the signals. This recording function is continuous, but saved in 24 hours period. All the recording functions mentioned above shall work simultaneously. The equipment shall maintain the date and time in an internal battery-backed clock.

Memory and storage capacity. The equipment shall have a non-volatile solid state memory (ex. SSD, flash, etc.) with the required capacity to stores at least one (1) year of continuous data based in typical recording periods and typical recording rates. Also the memory shall have a minimum storage capacity of RMS Trigger events and 1,000 Instantaneous trigger events based in typical recording rates and recording periods. Typical recording periods and recording rates are: a. RMS Trigger Recording Function (Recording rate of sample per cycle on all the signals) i. Pre-Trigger: 60 seconds ii. Post -trigger: 300 seconds b. Instantaneous Values Trigger Recording Function (recording rate of 250 samples per cycle on all instantaneous signals) i. Pre-Trigger: 1 second ii. Post-Trigger: 2 seconds c. Continuous Recording Function The recording rate is 1 sample per second on all the signals. This recording function is continuous, but saved in 24 hours period. All the recording functions mentioned above shall work simultaneously. The equipment shall maintain the date and time in an internal battery-backed clock.

Memory and storage capacity. The equipment shall have a non-volatile solid state memory (ex. SSD, flash, etc.) with the required capacity to stores at least one (1) year of continuous data based in typical recording periods and typical recording rates. Also the memory shall have a minimum storage capacity of RMS Trigger events and Instantaneous trigger events based in typical recording rates and recording periods. Typical recording periods and recording rates are: a. RMS Trigger Recording Function (Recording rate of sample per cycle on all the signals) i. Pre-Trigger: 60 seconds ii. Post -trigger: 300 seconds b. Instantaneous Values Trigger Recording Function (recording rate of 250 samples per cycle on all instantaneous signals) i. Pre-Trigger: 1 second ii. Post-Trigger: 2 seconds c. Continuous Recording Function The recording rate is 1 sample per second on all the signals. This recording function is continuous, but saved in 24 hours period. All the recording functions mentioned above shall work simultaneously. The equipment shall maintain the date and time in an internal battery-backed clock.

Memory and storage capacity. The equipment shall have a non-volatile solid state memory (ex. SSD, flash, etc.) with the required capacity to stores at least one (1) year of continuous data based in typical recording periods and typical recording rates. Also the memory shall have a minimum storage capacity of 1,000 RMS Trigger events and 1,000 Instantaneous trigger events based in typical recording rates and recording periods. Typical recording periods and recording rates are: a. RMS Trigger Recording Function (Recording rate of sample per cycle on all the signals) i. Pre-Trigger: 60 seconds ii. Post -trigger: 300 seconds b. Instantaneous Values Trigger Recording Function (recording rate of 250 samples per cycle on all instantaneous signals) i. Pre-Trigger: 1 second ii. Post-Trigger: 2 seconds c. Continuous Recording Function The recording rate is 1 sample per second on all the signals. This recording function is continuous, but saved in 24 hours period. All the recording functions mentioned above shall work simultaneously. The equipment shall maintain the date and time in an internal battery-backed clock.