ASI/SP2/M1 - Transfer

The SP2 was turned off for the specified time period as a precaution brought about by 
problems with the two generators. Once the site power was stable, the SP2 was turned back on

See description

• (Raw data stream - documentation not supported)

• (Raw data stream - documentation not supported)

• Purge flow set point(purge_flow_sp)
• Error code(error_code)
• Sample flow set point(sample_flow_sp)
• Purge flow read vccm(purge_flow_read_v)
• Sample pump power switch(sample_pump_power_switch)
• Chan 3 hv(chan_3_hv)
• YAG heat sink temperature(yag_heat_sink_temp)
• Purge flow read sccm(purge_flow_read_s)
• North Latitude(lat)
• Number written to file(nr_written_to_file)
• Pump diode power(pump_diode_power)
• Laser Temperature(laser_temp)
• Secondary threshold(secondary_threshold)
• Chamber Temperature(chamber_temp)
• Pump laser current set point(pump_laser_current_sp)
• MonPwr pump laser(monpwr_pumplaser)
• Time offset from base_time(time_offset)
• Pump laser TEC temp(pump_laser_tec_temp)
• Scattering particles counts per cm^3(scattering_counts)
• base time in epoch(base_time)
• YAG crystal temperature(yag_crystal_temp)
• Electronics temperature(electronics_temp)
• Number of buffers(nr_buffers)
• Chamber pressure(chamber_pressure)
• lon(lon)
• Exhaust valve set point(exhaust_valve_sp)
• Laser power switch(laser_power_switch)
• Moni pump laser(moni_pumplaser)
• Laser power(laser_power)
• Incandescence counts per cm^3(incandescence_counts)
• Sheath flow set point sccm(sheath_flow_sp_s)
• Primary threshold(primary_threshold)
• Moni limpumplaser(moni_limpumplaser)
• Sheath flow read(sheath_flow_read)
• Laser temp set point(laser_temp_sp)
• Sheath flow set point vccm(sheath_flow_sp_v)
• Sample flow rate(sample_flow)
• Duty cycle(duty_cycle)
• Crystal heatsink thermbuf(crystal_heatsink_thermbuf)
• Number in file(nr_in_file)
• -180.0 - +180.0(alt)
• Chan 0 hv(chan_0_hv)
• Laser TEC set point(laser_tec_sp)
• Sheath flow read sccm(sheath_flow_read_s)
• time_in_seconds_since_volume_start(time)
• Number of particles(nr_particles)
• Aux input 0(aux_input_0)
• Aux input 1(aux_input_1)
• Aux input 2(aux_input_2)