README.md in ekm-omnimeter-0.2.0 vs README.md in ekm-omnimeter-0.2.1

- old
+ new

@@ -47,47 +47,78 @@ :power_configuration => :single_phase_3wire, # Valid values are :single_phase_2wire, :single_phase_3wire, :three_phase_3wire, :three_phase_4wire :meter_number=>300000001, # Your nine digit meter id :remote_address=>'192.168.1.125', # The IP address of your iSerial device :remote_port => 50000) # The port on which your iSerial device is listening -# Read some values +# These values change based on the value of :power_configuration in the constructor +m.volts # 248.7 +m.amps # 21.6 +m.watts # 2664 + +# Warning: Dates seem off +# My computer clock said 2014-04-03 3:32PM when these outputs came out +m.meter_timestamp # 2014-04-03 05:15:32 +m.computer_timestamp # Time.now() = 2014-04-03 15:32:10 -0400 + +# Read meter values m.remote_address # 192.168.1.125 m.remote_port # 50000 m.meter_number # 000300000001 -m.address # 000300000001 -m.measurement_timestamp # 2014-04-03 05:03:01 -m.total_active_kwh # 00450609 -m.total_kvarh # 00080417 -m.total_rev_kwh # 00007590 -m.three_phase_kwh # 002115660023898000000000 -m.three_phase_rev_kwh # 000000000000759000000000 -m.resettable_kwh # 00450609 -m.resettable_reverse_kwh # 00007590 -m.volts_l1 # 1245 -m.volts_l2 # 1254 -m.volts_l3 # 0000 -m.amps_l1 # 00200 -m.amps_l2 # 00056 -m.amps_l3 # 00000 -m.watts_l1 # 0002504 -m.watts_l2 # 0000664 -m.watts_l3 # 0000000 -m.watts_total # 0003172 -m.cosϴ_l1 # 100 -m.cosϴ_l2 # 100 -m.cosϴ_l3 # C000 -m.var_l1 # 0000052 -m.var_l2 # 0000000 -m.var_l3 # 0000000 -m.var_total # 0000052 -m.freq # 6006 -m.pulse_count_1 # 00000003 -m.pulse_count_2 # 00000006 -m.pulse_count_3 # 00000000 -m.pulse_input_hilo # 4 -m.direction_of_current # 1 -m.outputs_onoff # 1 -m.kwh_data_decimal_places # 2 +m.address # 000300000001 +m.total_kwh # 4583.51 +m.total_forward_kwh # 4507.610000000001 +m.total_reverse_kwh # 75.9 +m.net_kwh # 4431.710000000001 +m.total_kwh_t1 # 2826.64 +m.total_kwh_t2 # 1756.87 +m.total_kwh_t3 # 0.0 +m.total_kwh_t4 # 0.0 +m.reverse_kwh_t1 # 47.93 +m.reverse_kwh_t2 # 27.97 +m.reverse_kwh_t3 # 0.0 +m.reverse_kwh_t4 # 0.0 +m.volts_l1 # 123.9 +m.volts_l2 # 124.8 +m.volts_l3 # 0.0 +m.amps_l1 # 18.4 +m.amps_l2 # 3.2 +m.amps_l3 # 0.0 +m.watts_l1 # 2276 +m.watts_l2 # 384 +m.watts_l3 # 0 +m.watts_total # 2664 +m.power_factor_1 # 1.0 +m.power_factor_2 # 0.0 +m.power_factor_3 # 0.0 +m.maximum_demand # 226400 +m.maximum_demand_period # 1 +m.ct_ratio # 400 +m.pulse_1_count # 3 +m.pulse_1_ratio # 1000 +m.pulse_2_count # 6 +m.pulse_2_ratio # 3 +m.pulse_3_count # 0 +m.pulse_3_ratio # 1000 +m.reactive_kwh_kvarh # 812.63 +m.total_kwh_l1 # 2165.46 +m.total_kwh_l2 # 2417.42 +m.total_kwh_l3 # 0.0 +m.reverse_kwh_l1 # 0.0 +m.reverse_kwh_l2 # 75.9 +m.reverse_kwh_l3 # 0.0 +m.resettable_total_kwh # 4583.51 +m.resettable_reverse_kwh # 75.9 +m.reactive_power_1 # 24 +m.reactive_power_2 # 60 +m.reactive_power_3 # 0 +m.total_reactive_power # 84 +m.frequency # 60.04 +m.pulse_input_hilo # 0 +m.direction_of_current # 1 +m.outputs_onoff # 1 +m.kwh_data_decimal_places # 2 +m.auto_reset_max_demand # 0 +m.settable_pulse_per_kwh_ratio # 800 ``` ## Special Thanks