Agmt16 IPS - Laserfiche WebLink

Browse Search

ii. The Proposer shall describe how battery life is determined and calculated (e.g., by percentage). The calculation based on current consumption of the meter, features enabled, amount of adequate sunlight, non-rechargeable battery capacity. A: Solar Energy Input under adequate sun = 50mAh B: Energy Drain (no PBP): 2mAh C: Energy Drain (with PBP): 8mAh D: Daily Energy Required for Comms/NFCBacklight: 35mAhE: Energy Drain = (24 hours - # pay-by-phone hours) * B + pay-by-phone hours * C + D F: Energy Input = A * number of adequate sunlight hours G: Energy Surplus or Deficit = F — E, and if G > 0 you have an energy surplus, which means the non- rechargeable batteries are not impacted. Non-rechargeable battery life (in Days) = Battery Capacity / Energy Deficit iii. The Proposer shall describe the maximum storage period available, and what data will be stored for that period. IPS meters use non-volatile flash memory for the secure storage of all meter event and transaction information as permitted by PA-DSS and PCI-DSS requirements. This includes payment transactions, maintenance events, diagnostic events, coin collections, meter faults, battery status, and all other event data within the meter. This information can be stored indefinitely, but for an active meter, this amounts to 60 days of operation without a connection to the meter management system. However, under normal operating conditions, this information will be transmitted to the meter management system and then removed from the meter during the next meter communication event, and no less than once every 15 hours. 8. Visual Enforcement a. Meters shall have a means for a PCO to determine payment status through visual inspection of the meter itself. IPS complies. The M5 features flashing LEDs for this purpose. b. Proposal Deliverables — Visual Enforcement The Proposer shall describe the enforcement process for its meters, including a description of how PCOs determine the paid status of each parking space. The description shall include a means to determine meter payment status visually. IPS complies. The meter display will always show any remaining purchased time on the meter, however, the primary method of enforcement is flashing LEDs. IPS meters utilize highly visible LEDs in both the front (red, green and yellow) and the back (pairs of red, green and yellow) of the meter to provide a status indication for enforcement. The purpose of the rear facing LEDs are for in-car enforcement and larger distances. The front LEDs are for the user as well as enforcement. The LEDs are capable of being configured to a specific rate of flashing and can be turned on or off during paid, expired, idle and grace period. While this can be configured to the specific preference of City, the standard configuration is as follows. Red: Meter is expired and/or idle without payment Green: Meter is paid or within the defined grace period Yellow: Meter requires maintenance der.-10,4 -aaa,NHIsci% r 4- \seat . ,� , , 1 �• ....i --fir REV: 05-05-16 JS Page 119 of 177 ATTY/AGR.2016.094/IPS Group