Daily Usage Report for RHP Holiday North WI for 02/24/2026

DCU Frequency: 462,487,500 Hz (462.4875 MHz)

Sometimes transponders will send out data without reading information. This sometimes happens for a few days with newly configured Hexagram transponders. If this condition persists for more than a few days, then they should be rewired or reconfigured.

Total: 3 out of 92 (3.26%)

These meters haven't registered any usage in a while, which may mean that either the lot is unoccupied, the residents have moved out temporarily, or the meter chamber is stuck with sand or rust. For Cereniti equipped systems, this could also mean the radio is disconnected from the meter.

Total: 4 out of 92 (4.35%)

A read is considered anomalous when the reading received contains something other than pure numbers (e.g., a reading of "0001?4" is anomalous). This happens occasionally and is often self-correcting. Anomalous reads can occur when a dial is between two digits, or there is a problem with the wiring from the meter to the MTU (possibly caused by rodents chewing on the wiring). If this becomes an ongoing problem, you may want to check the wiring or replace the meter head.

Total: 2 out of 92 (2.17%)

A resident is considered a high user if their 1-day usage is 250% higher than their per-day 30-day average and their 1-day usage is more than 100 gallons, or their 1-day usage is 300 gallons or more.

Total: 2 out of 92 (2.17%)
Total usage: 950 out of 6,332 (15.00%)

The ideal voltage for an Aclara Star® MTU is 3.6 volts. Voltages that fall below 3.0 may contribute to intermittent transmissions. If these transmitters are giving intermittent reads, you may want to contact your authorized Aclara reseller.

Total: 1 out of 92 (1.09%)

If a transponder has not transmitted a reading for more than 3 days, then the read shows up here. It is recommeded that you check the transmitter to make sure it is not lying on the ground, broken, missing, or water-logged.

Total: 5 out of 92 (5.43%)

Usage Report

NOTE: The tooltip rendering is done using the truly amazing BoxOver, which can be found at http://boxover.swazz.org/