Legacy’s own three-phase line. Molded-case branch protection. Adjustable overloads set to nameplate current. Isolated control power. Phase monitoring. Listed and marked under UL 508A.
Every 9000 Series panel is named the same way. Read the number and you know the service it is built for and how many motors it runs — before you open the door.
The workhorse of the line. Commercial lift stations, pumping, irrigation.
Built for 208 V building service — commercial and multi-family.
Industrial and municipal service, larger motors and longer runs.
600 V service, engineered to order.
Three-phase pumps on single-phase service. Single-phase in, drives out.
Horsepower never changes the number. A 230 V duplex for two 3 HP pumps and one for two 5 HP pumps are the same panel — same box, same layout, same drawing — with the starters and breakers sized to the motors.
The photograph is live. Every device is where the current expects it — select one and read its line from the device schedule.
Tap a component in the photograph. The description comes from the panel’s own published device schedule — the same sheet that ships inside the door.
This is the LC-9120’s documented float sequence, running. Raise the water and watch the panel do exactly what the operation manual says it does — seal in, draw down, alternate, force both, and alarm without ever calling a pump it should not.
Behaviour as documented: the ON float seals in through R1 until the OFF float opens — full drawdown, no cycling at the on level. The alternating relay swaps the lead every cycle. The high-water alarm is separately fused and calls no pump; silence mutes the audible only.
Overload protection is in the panel, adjustable, and set to the nameplate full-load current of the connected motor. Fixed heater elements chosen from a chart have no place in this series.
One relay per motor, trip class matched to the starting duty. The trip contact is wired in series with its own contactor coil: a trip stops that motor in every selector position, including HAND, and stops nothing else.
Where the supply or the duty warrants it, a phase monitor relay supervises phase loss, phase reversal, voltage imbalance and under- and over-voltage, and opens the starter circuit before damage accumulates in the windings.
Simplex, duplex, triplex and quadplex
Lead/lag alternation, per cycle or on demand
Both-on override for high inflow, independent of the alarm
Seal-in float logic — full drawdown, no cycling at the on level
HAND / OFF / AUTO per motor, with run indication
PLC sequencing where the process exceeds relay logic
208, 230, 460 and 600 V three-phase, 60 Hz · 1–30 HP per motor
Phase conversion — single-phase service in, three-phase motors out
Generator inlet receptacle with manual transfer — standby power lands on a listed inlet, under interlock
Phase monitoring · elapsed-time indication · remote alarm contacts
NEMA 4X enclosures for wet, corrosive and outdoor service
Alarm circuits fused independently of the controls
Dry contacts for telemetry, SCADA or cellular notification
Provide the motor nameplate data, the service voltage and available fault current, the required control sequence, and the installation environment. A submittal drawing precedes fabrication. The as-built drawing ships with the panel, and the two match.
Farms, rural stations and remote sites often have single-phase power and a job that wants three-phase motors. The 9800 is built drive-ready: single-phase service in, drives out to three-phase pumps — built, marked and documented to the same standard as the rest of the series.
Commercial and municipal stations with three-phase pumps.
Pumping from wells, ponds and canals — and phase conversion where the farm only has single-phase.
Process and transfer pumps on 460 and 600 V plant service.
Whatever the family, the same rules go into the box. That is what makes a panel built in Mims recognizable — to the inspector, to the service tech, and to us, years after it ships.
Every panel built and marked under the Listing, with a nameplate stating its own ratings.
Each unit carries its own serial and a build record. We know what is inside every panel we ship.
A code inside the door opens that panel’s current documents on any phone. No login, no searching.
The control assembly lifts out on quick-connects. Field terminations stay put while service happens on the bench.
Overloads, branch breakers and control fuses plotted together, so each device clears in its own zone.
Breakers, floats, clamps and weights we manufacture ourselves — so our lead times hold.
Motor data, service voltage, sequence and site. A submittal drawing comes back before a panel is built.