SPECTRA OWNER GUIDE
Identify the original filter stages, three-quarter-HP feed module and 20% Clark Pump. Find labeled drawings and current upgrade paths for the controller, probe, valve and pump hardware actually installed.
Original MPC generation · 24V DC / 110V AC / 220V AC layoutsRecord main feed power separately from the DC supply to the controls.
Identify both power inlets on AC systems.
Confirm actual dimensions, count and end caps.
Identify main feed power and controls.
CHECK GENERATION AND CHANGED EQUIPMENT
The manufacturer index groups original Newport 700/1000 MPC manuals under 2006–2009; its supplied original file is dated September 22, 2005 and documents MPC-3000. The original layout includes a 50-micron intake filter and no separate intake booster. Later Mk II / Mk II-Z and Connect modules differ.
Choose the correct manual generation ↗Systems shipped after February 23, 2006 could use MPC-5000, and many older units have already been converted. The panel name or the system year alone does not establish the board now installed. Record chip, control supply and prior modifications.
The AC model has an AC motor-power inlet and a separate DC controls inlet. Its VFD produces three-phase motor power. The documented DC main-feed version is 24V. A 12V control supply on an AC machine does not make the main motor a 12V motor.
DC version ↗ · AC version ↗FILTER DIMENSIONS AND THE ORIGINAL FLOW PATH
Original seawater path: sea strainer → 50-micron intake filter → main feed pump → 20-micron filter → 5-micron filter → Clark Pump / membranes. The carbon element is on the separate freshwater-flush path. Trace the actual plumbing after any retrofit; later boosted layouts place the fine filters differently.
| Stage | Part and size | Function / location |
|---|---|---|
| Coarse seawater intake | FT-FTC-50 10-inch housing format; exact cartridge length / diameter require confirmation | Before the main feed pump in the original low-pressure intake module. |
| First fine-sediment stage | FT-FTC-20 Nominal 10 in long × 2.5 in diameter | First of the pump-module fine filters, before the 5-micron stage. |
| Second fine-sediment stage | FT-FTC-5 Nominal 10 in long × 2.5 in diameter | Downstream of the 20-micron filter in the original pressurized filter pair. |
| Freshwater-flush chlorine protection | FT-FTC-CC Nominal 10 in long × 2.5 in diameter | Domestic freshwater flush path; a separate carbon function. |
Sizes are nominal, not guaranteed end-to-end measurements. Confirm actual cartridge ends and housing identity before substituting another make. The reviewed sources do not specify the exact FT-FTC-50 or optional oil/water element dimensions; confirm those measured sizes with Spectra.
The original spares list names 10H housing seal for black pressurized filter bowls. The manufacturer matrix pairs FT-FTH-10H with that seal and 10H wrench; stainless 10H wrench is its separate option.
The original flush/intake drawing names clear FT-FTH-10L. The matrix does not separately establish its seal pairing. Do not infer LP10 from the adjacent discontinued housing column.
For an actually identified three-piece 10L3PCS housing, the matrix pairs 3PCS10 seal and 3PCS wrench. That does not prove a direct replacement for every original 10L or pressure-stage bowl. Confirm pressure rating and actual lid/bowl style with Spectra.
The original manual substitutes the oil/water element for its 20-micron element. Later boosted manuals add a separate upstream housing. Confirm the installed generation and current filtration procedure with Spectra before changing the stages. Keep the documented 5-micron stage.
Original optional arrangement ↗
Identify the pictured housing family. The discontinued FT-FTH-10 / FT-FHW-10 pair is separate from current high-pressure and three-piece families.
Open full-size source ↗CONFIRM SIZE AND ORDER QUANTITY
KIT-MB-40F supplies one 2.5 × 40-inch element and replacement seals. It is a conditional reference for this older generation: the shared original manual pictures three vessels without an explicit model-specific size/count table.
Later Newport 1000 layouts use 3 long elements; that does not independently establish the count on your original machine. Confirm the actual dimensions, count and end caps with Spectra before ordering. The selector does not calculate a whole-system order.
Current single-element kit ↗ · Later model-specific layouts ↗Retaining rings and the later end-plug kit candidate are separate from the membrane element. Original ZEP / ZEPB Z-Brane hardware differs from an ordinary end plug. Confirm the installed cap, electrodes and ring with Spectra before selecting a modern kit.
Original vessel hardware ↗Short elements, larger-diameter commercial membranes and different pressure-vessel stacks require their own identification. A model name does not establish that a retrofit uses the standard layout. Leave the membrane selector unknown until its actual dimensions are confirmed.
MAIN HEAD, MOTOR AND SPEED CONTROLLER
The original drawing names PL-PMP-240250 with a motor coupling and V-band clamp. The current 240MAG5 head uses a magnetic drive and is separate from the motor/controller. Confirm the coupling, drive arrangement, ports and approved conversion with Spectra before substituting it. The E-suffix mechanical head and remanufactured MAG package remain separate candidates with their own scope.
Original head / coupling ↗ · Current MAG5 head ↗The manual names EL-MTR-3/4D24 and EL-MTR-SPCDC / Winland speed control. Neither has an exact listing in this supplied catalog. The later one-HP 24V motor candidate needs a verified motor/coupling/controller conversion from Spectra.
The Newport 400 half-HP to 12V-motor bulletin is not used as a replacement route for this three-quarter-HP 700/1000 assembly.
Original run / flush speed control ↗Original three-quarter-HP three-phase motor reference works with the correct VFD. The manual names SPCAC110 and SPCAC220 drives according to motor-power input; those drives have no exact current listing here. Confirm motor plate, phase, frame, VFD and coupling with Spectra. Do not replace a three-phase motor with a direct mains connection.
AC input and VFD ↗ · Original drive labels ↗The original pressure sensors monitor the fine-filter pair; Rotoflo measures product-water flow before diversion. Verify range, units, connector and installed board with Spectra before replacing a sensor. A shared code is not proof of every electrical revision.
Original sensing functions ↗CONTROLLER GENERATION AND ACTUAL SUPPLY
The 2005 manual documents MPC-3000. Spectra’s upgrade manual states that MPC shipments before February 23, 2006 used that generation; later or already converted systems can have MPC-5000. Read the actual board and chip. SP1 is obsolete; SP4 alone does not work on MPC-3000.
Identify the installed controller.
Identify the DC control supply, including the separate supply on AC versions. The AC motor label does not select the conversion kit.
12V DC controls: Review the 12V MPC conversion
Confirm the installed Newport motor/controller, wiring re-termination and system programming with Spectra. The kit includes A40 board, SP4, Rotoflo and fittings; the 24V kit also includes a 12V flush solenoid.
24V DC controls: Review the 24V MPC conversion
Confirm the installed Newport motor/controller, wiring re-termination and system programming with Spectra. The kit includes A40 board, SP4, Rotoflo and fittings; the 24V kit also includes a 12V flush solenoid.
No conversion kit is selected until the DC control supply is identified.
The existing MPC display is retained. A40’s lowered flush output may change the required solenoid. This is a controls conversion, not a feed-pump or motor upgrade.
Spectra lists A40 board plus SP4 probe. Confirm wiring and system programming. The standalone board is not the whole MPC-3000 conversion.
SP4 needs the EL-MPC-SPCBA daughter board, or the A40 board plus SP4 route. The daughter board has no exact listing in this catalog. Confirm its availability and the actual interface with Spectra; the probe alone is insufficient.
SP4 is listed as compatible. Match actual connector and 15-foot cable reach. A36 is listed with or without the daughter board. The shorter SP4N suffix remains a separate confirmation.
| Installed controls | Current route | Before ordering |
|---|---|---|
| MPC-3000 | Eligible MPC-5000 conversion first | Confirm DC controls supply, wiring, motor interface and kit contents with Spectra. |
| MPC-5000 B## / A31 | A40 board plus SP4 | Confirm system programming and wiring. |
| MPC-5000 A34 / A35 | SP4 with daughter board, or A40 plus SP4 | Daughter board is required for the retained-board path. |
| MPC-5000 A36 / A37 / A39 / A40 | SP4 compatible | Check exact connector, cable reach and actual chip. |
| Unknown / unlisted chip | No automatic recommendation | Identify the installed board with Spectra. |
After the complete installation, use the calibration procedure for the installed controller and compare with a calibrated independent salinity meter. The original MPC-3000 manual uses a jumper/trimmer procedure; do not assume it applies to a converted board.
Original MPC-3000 calibration ↗ · Current chip / probe table ↗ · Current conversion contents ↗ · Wiring conversion instructions ↗MATCH THE FUNCTION AND ACTUAL VALVE BODY
The original intake drawing uses SUB-NP-MNFC. The current body selector uses fitting-hole count and solenoid opening, not just model year; it does not establish every historical code as an exact alias.
| Actual intake body | Current chart reference | Check before ordering |
|---|---|---|
| 5 fitting holes; about 1-inch solenoid opening | SUB-NP-MK2-INT | Match actual valve, opening, mounting and required adapter with Spectra. |
| 6 fitting holes; about 1-inch solenoid opening | SUB-NP-MK2-INEZ | Match actual valve, opening, mounting and required adapter with Spectra. |
| 6 fitting holes; about 3/4-inch Spartan opening | SUB-NP-MK2-INTZ | Match actual valve, opening, mounting and required adapter with Spectra. |
Count actual fitting holes and identify the valve opening. Legacy one-inch bodies need the appropriate adapter for a later Spartan valve.
Open full-size source ↗ECI/Alcon coil conversion retains its old body. Newport Spartan coil without body and with-body assembly have different scopes. Confirm actual body, output, ports and controller generation with Spectra. The current 24V MPC kit includes a 12V flush solenoid.
Original product-water diversion manifold, later Spartan manifold candidate and Burkert conversion kit differ in scope. Confirm original valve/manifold, output, fittings and the manufacturer-approved conversion with Spectra. This is separate from freshwater flushing.
Original product module ↗THE 20% ARRANGEMENT IS A DIFFERENT PUMP FAMILY
The current 20% arrangement uses CB20 center block, two 7/8-inch rods and four PR10 seal locations. The rod/seal part codes are shared with 10%, but the block and arrangement are not.
Installed quantities are not catalog pack quantities. Confirm the actual pump ratio and revision after any rebuild.
Ratio differences ↗ · Twin rods ↗A / B end blocks have one-inch bores for 20% pumps. They use SP1 spool-piston seals and the matching one-inch spool pistons. A1 / B1 and the larger 7% / 10% spool parts are excluded from this guide.
Current bore / suffix identification ↗20% distributor rebuild kit excludes spacer rings and top-end spool pistons and includes no tools or instructions. 20% seal/O-ring kit and 20% piston assembly are separate scopes. Compare present contents before adding loose parts.
Manufacturer rebuild-kit contents ↗LOCATE THE PART BEFORE BUYING
Choose a section, then open its full-size PDF for readable callouts. Shared older pump drawings include several ratios; current 20% notes remain beside each illustration.
Showing all original assembly drawings.
Original no-booster layout. Trace the separate 50-micron intake stage, pump-module fine filters and carbon flush path; changed plumbing must be identified on the boat.
Open full-size source ↗
The clear bowls have separate sediment and carbon functions. The original 10L seal pairing is not established by the adjacent standard-housing column in the current matrix.
Open full-size source ↗
The original PL-PMP-240250 and three-quarter-HP motor are distinct from the later MAG5 head and motor conversions.
Open full-size source ↗
Identify the original Winland controller and relay arrangement. The Newport 400 half-HP motor conversion is not applied to this assembly.
Open full-size source ↗
The VFD produces three-phase motor output. Identify the separate DC controls inlet before choosing a controller conversion kit.
Open full-size source ↗
These are separate devices after the membranes. Historical valve suffixes require actual body/output confirmation; SP1 is now obsolete.
Open full-size source ↗
The shared photo shows three vessels, not a model-specific count table. Confirm actual element size/count and end-cap revision for the older Newport 700 or 1000.
Open full-size source ↗
Use the identified 20% pump. The shared CB7/10/15/20 drawing does not make those center blocks interchangeable.
Open full-size source ↗
Older mixed labels include a 10VSA callout. Follow the current 20% spool assembly and one-inch bore/piston/seal references instead of selecting every pictured ratio.
Open full-size source ↗
20% uses HP-TB-VSP1 and SO-HPP-SP1. The 7% / 10% larger-bore pair is separate.
Open full-size source ↗
Shared older drawing; current 20% arrangement uses two 7/8-inch rods and four PR10 seal locations, not the single rod pictured for smaller ratios.
Open full-size source ↗
The manufacturer explicitly names HP-CYL-7/8R ×2 for the 20% pump. Catalog pack quantity is checked separately.
Open full-size source ↗
Current 20% pistons are Delrin with replaceable seal/bushing pieces. The original generic PT label does not establish the one-piece 7% / 10% piston as a substitute.
Open full-size source ↗PLAN MAINTENANCE BY INSTALLED EQUIPMENT
Replace dirty sediment elements according to condition and the current cartridge instructions. Historic washing advice is not a blanket recommendation for current elements. Maintain the original 50 / 20 / 5 stages until a documented retrofit establishes another layout. Replace carbon at least every six months.
Original maintenance ↗SC-1 storage compound and SC-2 / SC-3 membrane cleaners serve different purposes. The original 700/1000 procedure calls for two SC-1 containers, with its specified fresh-water mix and retained system water accounted for. Follow the full installed-system procedure; SC-1 is not freeze protection.
Original storage mix and system volume ↗ · Cleaning procedure ↗Original Cruise Kit C covers the older three-sediment-stage layout. The original generic KIT-OFFSH label does not establish the present 7% / 10% kit as suitable; the current 20% offshore candidate requires contents confirmation. Compare all kit contents with supplies already onboard.
Original spares list ↗The original optional Z-Brane equipment is fitted in the pressure vessels and requires its own electrical supply. A later Z-Ion bowl/generator retrofit is different equipment; no complete Z-Ion conversion is inferred from this manual. Confirm changed preservation hardware with Spectra. Neither equipment replaces freeze protection.
Original Z-Brane installation ↗Check intake restrictions, fitted filters, actual motor supply, pump flow, pressure and leaks first. Current manufacturer flow tests distinguish feed-pump delivery from Clark Pump recovery. Compare suspect salinity readings with a calibrated independent meter; keep product-diversion protection active.
Manufacturer 20% flow-test reference ↗ANSWERS THAT CHANGE THE PART YOU NEED
The original no-booster layout uses a 50-micron element before the main feed pump and a 20-then-5 fine-filter pair after it. Carbon is on the separate freshwater-flush path. Later boosted modules have a different layout; trace what is actually installed.
The current FT-FTC-20, FT-FTC-5 and FT-FTC-CC references specify nominal 10-inch length × 2.5-inch diameter. The original FT-FTC-50 uses a 10-inch-format housing, but exact cartridge dimensions are not independently specified in the reviewed sources. Confirm its measured dimensions and end style with Spectra.
The original mechanical-drive head and later magnetic-drive head have different drive arrangements. Confirm the installed motor, coupling, ports and approved conversion with Spectra. A matching 700/1000 model name is not proof of a bare-head substitution.
Identify the separate DC control supply and the actual MPC generation. Do not choose a 12V or 24V controls kit from the 110V / 220V AC motor input. Confirm the Newport wiring, motor-speed interface and programming with Spectra.
No. The listed contents are A40 board, SP4, Rotoflo and fittings, plus a 12V flush solenoid in the 24V kit. The original display is retained. Feed-pump head, motor and speed-controller conversions are separate scopes.
The identified 20% Clark Pump uses its own block, twin rods, one-inch top-end family and replaceable-seal pistons. The 7% / 10% kits and larger-bore top-end parts are excluded. Check installed ratio and current contents before ordering.
One KIT-MB-40F replaces one confirmed 2.5 × 40-inch element. Later Newport 1000 layouts use 3 long elements, but the original shared manual does not independently establish a model-specific size/count table. Confirm actual elements, dimensions and end caps with Spectra; no whole-system quantity is selected automatically.
MODEL-SCOPED REFERENCES WITH THEIR REQUIREMENTS
Named model and current manufacturer references appear first. Changed-hardware candidates remain separate and conditional. A selection does not verify a retrofit, live stock or price.
112 references.
No matching references. Clear search or check your selections above.
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the model service reference on page 36. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the model service reference on page 41. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the model service reference on page 41. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Historical MPC LCD / fluorescent display reference, with the existing panel retained during the documented MPC-5000 conversion. Match actual generation, connector, approved cable and current product scope with Spectra. An ordinary LAN or phone cable is not suitable.
Historical MPC LCD / fluorescent display reference, with the existing panel retained during the documented MPC-5000 conversion. Match actual generation, connector, approved cable and current product scope with Spectra. An ordinary LAN or phone cable is not suitable.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Original SP1 probe reference; Spectra marks it obsolete since July 2023. This legacy listing does not establish available stock. Use the installed controller/chip path for current SP4 equipment; SP4 alone does not work on MPC-3000.
Original SP1 probe reference; Spectra marks it obsolete since July 2023. This legacy listing does not establish available stock. Use the installed controller/chip path for current SP4 equipment; SP4 alone does not work on MPC-3000.
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Original Rotoflo product-water sensor before the diversion manifold; it measures product flow for MPC control. The current listing gives a 0.5–5 range, without this source establishing identical units, connector or revision for the older sensor. Confirm range, harness and calibration with Spectra. The current MPC conversion kit already supplies a flow meter.
Original Rotoflo product-water sensor before the diversion manifold; it measures product flow for MPC control. The current listing gives a 0.5–5 range, without this source establishing identical units, connector or revision for the older sensor. Confirm range, harness and calibration with Spectra. The current MPC conversion kit already supplies a flow meter.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the feed-pump module on page 63. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the membrane vessel and mounting assembly on page 64. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
24V DC / 110V AC / 220V AC layout references · Named in model manual
Original first fine-sediment stage on the pump module, followed by FT-FTC-5. The original no-booster layout places the fine-filter pair after the main feed pump. Current manufacturer nominal size: 10 inches long × 2.5 inches diameter. Identify the actual black pressure housing and end style.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Original second fine-sediment stage, downstream of FT-FTC-20 on the pump module. Current manufacturer nominal size: 10 inches long × 2.5 inches diameter. This is not the 50-micron intake stage or the carbon freshwater-flush filter.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Original 50-micron intake element in the low-pressure flush/intake module, upstream of the main feed pump. It is a separate coarse sediment stage, not the carbon flush element. The manual uses a 10-inch-format housing but does not specify this cartridge’s exact length or diameter. Confirm measured cartridge dimensions and end style with Spectra before substituting another brand.
Original 50-micron intake element in the low-pressure flush/intake module, upstream of the main feed pump. It is a separate coarse sediment stage, not the carbon flush element. The manual uses a 10-inch-format housing but does not specify this cartridge’s exact length or diameter. Confirm measured cartridge dimensions and end style with Spectra before substituting another brand.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Carbon element in the separate freshwater-flush path, protecting the membrane from chlorine in domestic water. Current manufacturer nominal size: 10 inches long × 2.5 inches diameter. Replace at least every six months under the model manual; it does not replace a sediment filter.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. The original manual describes replacing the 20-micron cartridge with the oil/water element in its duplex filter set. Later boosted Newport manuals instead specify an added upstream housing. Confirm the installed generation and revised filtration procedure with Spectra before changing stages. Exact oil/water cartridge dimensions are not supplied by this source; verify the actual element and housing.
The original manual describes replacing the 20-micron cartridge with the oil/water element in its duplex filter set. Later boosted Newport manuals instead specify an added upstream housing. Confirm the installed generation and revised filtration procedure with Spectra before changing stages. Exact oil/water cartridge dimensions are not supplied by this source; verify the actual element and housing.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Original clear low-pressure housing named on the intake/flush module, separate from the black pressurized fine-filter bowls. The current matrix gives no separate seal/wrench pairing directly below this 10L column. Do not infer SO-FHS-LP10 from the adjacent discontinued standard housing column.
Original clear low-pressure housing named on the intake/flush module, separate from the black pressurized fine-filter bowls. The current matrix gives no separate seal/wrench pairing directly below this 10L column. Do not infer SO-FHS-LP10 from the adjacent discontinued standard housing column.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the model service reference on page 46. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Vessel hardware is separate from the membrane element. The original drawing includes FT-PV-ZEP / FT-PV-ZEPB Z-Brane end-cap hardware; later diagrams name KIT-PV-25EP1. Confirm the actual end-cap, ring and electrode arrangement with Spectra before assuming the later kit replaces an original assembly. Do not disturb Z-Brane high-voltage wiring.
Vessel hardware is separate from the membrane element. The original drawing includes FT-PV-ZEP / FT-PV-ZEPB Z-Brane end-cap hardware; later diagrams name KIT-PV-25EP1. Confirm the actual end-cap, ring and electrode arrangement with Spectra before assuming the later kit replaces an original assembly. Do not disturb Z-Brane high-voltage wiring.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the membrane vessel and mounting assembly on page 64. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the Clark Pump outside on page 67. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the Clark Pump outside on page 67. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the Clark Pump outside on page 67. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the Clark Pump outside on page 67. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the Clark Pump outside on page 67. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the Clark Pump outside on page 67. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the product-water diversion / sensing assembly on page 65. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the membrane vessel and mounting assembly on page 64. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the intake / freshwater-flush module on page 66. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the intake / freshwater-flush module on page 66. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the intake / freshwater-flush module on page 66. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the feed-pump module on page 63. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the product-water diversion / sensing assembly on page 65. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the cylinder assembly on page 70. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the feed-pump module on page 63. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the membrane vessel and mounting assembly on page 64. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the product-water diversion / sensing assembly on page 65. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the membrane vessel and mounting assembly on page 64. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the intake / freshwater-flush module on page 66. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the intake / freshwater-flush module on page 66. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the intake / freshwater-flush module on page 66. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Confirm with Spectra before ordering. Product-water diversion manifold named on original page 65, carrying salinity/flow/diversion equipment. Match retained valve-body design and ports with Spectra. This is separate from the intake manifold on the feed pump.
Product-water diversion manifold named on original page 65, carrying salinity/flow/diversion equipment. Match retained valve-body design and ports with Spectra. This is separate from the intake manifold on the feed pump.
110V / 220V AC feed-power layouts · Named in model manual
Confirm with Spectra before ordering. Original three-quarter-HP, 240VAC three-phase motor reference. On AC models the VFD accepts the selected boat supply and produces three-phase motor power. Identify VFD, motor plate, phase, frame and coupling with Spectra; a 110V system label does not call for a 110V motor directly connected to mains.
Original three-quarter-HP, 240VAC three-phase motor reference. On AC models the VFD accepts the selected boat supply and produces three-phase motor power. Identify VFD, motor plate, phase, frame and coupling with Spectra; a 110V system label does not call for a 110V motor directly connected to mains.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
Original Cruise Kit C reference includes the 50-, 20- and 5-micron filters and storage compound listed in this older manual. Check current product contents and quantities before adding loose elements. The later two-stage Cruise Kit B is not automatically equivalent for the original 50-micron layout.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the reversing-valve assembly on page 68. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the center-block assembly on page 69. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the reversing-valve assembly on page 68. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the reversing-valve assembly on page 68. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the reversing-valve assembly on page 68. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Named in model manual
The September 2005 manual names this part in the model service reference on page 46. Match the actual assembly location, connection and installed revision; retain the manufacturer callout when identifying an older part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current 20% pump arrangement: CB20 center block, two 7/8-inch piston rods and four PR10 rod-seal locations. The rods/seals share 10% part codes but the twin-rod block and arrangement differ. Match actual pump ratio, revision and supplied pack quantity; do not substitute CB10 or a one-inch rod.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current 20% pump arrangement: CB20 center block, two 7/8-inch piston rods and four PR10 rod-seal locations. The rods/seals share 10% part codes but the twin-rod block and arrangement differ. Match actual pump ratio, revision and supplied pack quantity; do not substitute CB10 or a one-inch rod.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
The 20% piston is Delrin with replaceable piston seal and bushing; it differs from the one-piece 7% / 10% piston. Compare the complete 20PTA assembly with the loose PT20 piston and current seal/bushing callouts before duplicating pieces. The May 2024 manual uses separately named seal/bushing parts; confirm the historical SO-HPP-PT20 O-ring scope with Spectra.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
20% top-end family: A / B end blocks have one-inch bores, with HP-TB-VSP1 spool pistons and SO-HPP-SP1 seals. A1 / B1 blocks and the larger 7% / 10% spool parts belong to a different family. Match the actual side, bore and part revision.
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
20% top-end family: A / B end blocks have one-inch bores, with HP-TB-VSP1 spool pistons and SO-HPP-SP1 seals. A1 / B1 blocks and the larger 7% / 10% spool parts belong to a different family. Match the actual side, bore and part revision.
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current Clark Pump rebuild reference for the identified 20% arrangement. Match the 20% callout and actual installed revision. Drawing quantities describe locations; the product page determines supplied pack quantity.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
Current 20% pump arrangement: CB20 center block, two 7/8-inch piston rods and four PR10 rod-seal locations. The rods/seals share 10% part codes but the twin-rod block and arrangement differ. Match actual pump ratio, revision and supplied pack quantity; do not substitute CB10 or a one-inch rod.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Clark Pump rebuild reference
20% top-end family: A / B end blocks have one-inch bores, with HP-TB-VSP1 spool pistons and SO-HPP-SP1 seals. A1 / B1 blocks and the larger 7% / 10% spool parts belong to a different family. Match the actual side, bore and part revision.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Replacement A40 MPC-5000 board for an actually identified MPC-5000 installation. It is not the complete MPC-3000 conversion kit. Match wiring, control supply, motor-speed interface and system programming with Spectra.
Replacement A40 MPC-5000 board for an actually identified MPC-5000 installation. It is not the complete MPC-3000 conversion kit. Match wiring, control supply, motor-speed interface and system programming with Spectra.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. SP4 with 15-foot cable. MPC-3000 must first be converted to eligible MPC-5000 controls. On an installed MPC-5000 board, B-series/A31 require A40 board plus SP4; A34/A35 require a daughter board or A40 route; A36/A37/A39/A40 list SP4. Match actual chip, connector and reach. The conversion kit already includes a probe.
SP4 with 15-foot cable. MPC-3000 must first be converted to eligible MPC-5000 controls. On an installed MPC-5000 board, B-series/A31 require A40 board plus SP4; A34/A35 require a daughter board or A40 route; A36/A37/A39/A40 list SP4. Match actual chip, connector and reach. The conversion kit already includes a probe.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
The 20% piston is Delrin with replaceable piston seal and bushing; it differs from the one-piece 7% / 10% piston. Compare the complete 20PTA assembly with the loose PT20 piston and current seal/bushing callouts before duplicating pieces. The May 2024 manual uses separately named seal/bushing parts; confirm the historical SO-HPP-PT20 O-ring scope with Spectra.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
20% reversing-valve spool assembly reference. The older shared drawing labels KIT-HP-10VSA, while the later parts reference explicitly distinguishes the 20VSA route. Match actual annular-ring and spool revision; a larger shared drawing does not authorize the 10% assembly.
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Current intake-manifold selection: six fitting holes and about a 1-inch legacy valve opening. The original manual uses SUB-NP-MNFC, which is not established as an exact alias for all three modern bodies. Count the actual holes and identify valve port, mounting, adapter and fittings with Spectra. This intake manifold is separate from the product-water diversion manifold.
Current intake-manifold selection: six fitting holes and about a 1-inch legacy valve opening. The original manual uses SUB-NP-MNFC, which is not established as an exact alias for all three modern bodies. Count the actual holes and identify valve port, mounting, adapter and fittings with Spectra. This intake manifold is separate from the product-water diversion manifold.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Current intake-manifold selection: five fitting holes and about a 1-inch legacy valve opening. The original manual uses SUB-NP-MNFC, which is not established as an exact alias for all three modern bodies. Count the actual holes and identify valve port, mounting, adapter and fittings with Spectra. This intake manifold is separate from the product-water diversion manifold.
Current intake-manifold selection: five fitting holes and about a 1-inch legacy valve opening. The original manual uses SUB-NP-MNFC, which is not established as an exact alias for all three modern bodies. Count the actual holes and identify valve port, mounting, adapter and fittings with Spectra. This intake manifold is separate from the product-water diversion manifold.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Current intake-manifold selection: six fitting holes and about a 3/4-inch Spartan opening. The original manual uses SUB-NP-MNFC, which is not established as an exact alias for all three modern bodies. Count the actual holes and identify valve port, mounting, adapter and fittings with Spectra. This intake manifold is separate from the product-water diversion manifold.
Current intake-manifold selection: six fitting holes and about a 3/4-inch Spartan opening. The original manual uses SUB-NP-MNFC, which is not established as an exact alias for all three modern bodies. Count the actual holes and identify valve port, mounting, adapter and fittings with Spectra. This intake manifold is separate from the product-water diversion manifold.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Current manufacturer feed-pump head reference for Newport 700/1000, separate from motor and speed controller. The original drawing names PL-PMP-240250, a mechanically coupled head. This MAG5 magnetic-drive head requires confirmation of the installed motor/coupling, drive arrangement, ports and approved conversion with Spectra; it is not proven to be a bare-head drop-in for the 2005 assembly.
Current manufacturer feed-pump head reference for Newport 700/1000, separate from motor and speed controller. The original drawing names PL-PMP-240250, a mechanically coupled head. This MAG5 magnetic-drive head requires confirmation of the installed motor/coupling, drive arrangement, ports and approved conversion with Spectra; it is not proven to be a bare-head drop-in for the 2005 assembly.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Black high-pressure 10H housing family for the pressurized fine-filter stage: FT-FTH-10H uses SO-FHS-10H and FT-FHW-10H, with the 10HSS stainless wrench option. The model spares list names SO-FHS-10H. Match the actual black bowl and lid; a clear three-piece seal is a different family.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. The 20% piston is Delrin with replaceable piston seal and bushing; it differs from the one-piece 7% / 10% piston. Compare the complete 20PTA assembly with the loose PT20 piston and current seal/bushing callouts before duplicating pieces. The May 2024 manual uses separately named seal/bushing parts; confirm the historical SO-HPP-PT20 O-ring scope with Spectra.
The 20% piston is Delrin with replaceable piston seal and bushing; it differs from the one-piece 7% / 10% piston. Compare the complete 20PTA assembly with the loose PT20 piston and current seal/bushing callouts before duplicating pieces. The May 2024 manual uses separately named seal/bushing parts; confirm the historical SO-HPP-PT20 O-ring scope with Spectra.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Distributor rebuild kit for an identified 20% Newport 700/1000 Clark Pump. Current manufacturer contents exclude spacer rings and top-end spool pistons; tools and instructions are not supplied. Compare kit map and present contents before adding individual pieces.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. Current Burkert product-water diversion conversion for the charted eligible legacy 12V / 24V route. Confirm installed body, manifold, wiring, output and required fittings with Spectra. It does not replace the freshwater-flush valve or main intake manifold.
Current Burkert product-water diversion conversion for the charted eligible legacy 12V / 24V route. Confirm installed body, manifold, wiring, output and required fittings with Spectra. It does not replace the freshwater-flush valve or main intake manifold.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · 12V DC controls — identify separately · Current manufacturer reference
Confirm with Spectra before ordering. MPC-3000 to MPC-5000 conversion for confirmed 12V DC controller supply. On AC watermakers, identify the separate DC controls supply; never choose this kit using the 110/220V motor input alone. The original 24V DC arrangement uses the 24V route. Retains the existing MPC display and requires wiring re-termination, programming and actual Newport motor/controller verification with Spectra. Includes A40 board, SP4, Rotoflo and fittings; the 24V kit also includes a 12V flush solenoid. Do not duplicate included parts.
MPC-3000 to MPC-5000 conversion for confirmed 12V DC controller supply. On AC watermakers, identify the separate DC controls supply; never choose this kit using the 110/220V motor input alone. The original 24V DC arrangement uses the 24V route. Retains the existing MPC display and requires wiring re-termination, programming and actual Newport motor/controller verification with Spectra. Includes A40 board, SP4, Rotoflo and fittings; the 24V kit also includes a 12V flush solenoid. Do not duplicate included parts.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · 24V DC controls — identify separately · Current manufacturer reference
Confirm with Spectra before ordering. MPC-3000 to MPC-5000 conversion for confirmed 24V DC controller supply. On AC watermakers, identify the separate DC controls supply; never choose this kit using the 110/220V motor input alone. The original 24V DC arrangement uses the 24V route. Retains the existing MPC display and requires wiring re-termination, programming and actual Newport motor/controller verification with Spectra. Includes A40 board, SP4, Rotoflo and fittings; the 24V kit also includes a 12V flush solenoid. Do not duplicate included parts.
MPC-3000 to MPC-5000 conversion for confirmed 24V DC controller supply. On AC watermakers, identify the separate DC controls supply; never choose this kit using the 110/220V motor input alone. The original 24V DC arrangement uses the 24V route. Retains the existing MPC display and requires wiring re-termination, programming and actual Newport motor/controller verification with Spectra. Includes A40 board, SP4, Rotoflo and fittings; the 24V kit also includes a 12V flush solenoid. Do not duplicate included parts.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Current manufacturer reference
Confirm with Spectra before ordering. 12V ECI/Alcon freshwater-flush coil conversion retaining the old valve body. Confirm actual coil output, retained body and MPC revision with Spectra. Original 24V system supply does not prove the installed flush output remains 24V after an A40 conversion.
12V ECI/Alcon freshwater-flush coil conversion retaining the old valve body. Confirm actual coil output, retained body and MPC revision with Spectra. Original 24V system supply does not prove the installed flush output remains 24V after an A40 conversion.
Existing fitment requirements
Confirm these specific links with Spectra before ordering. The source does not prove direct interchangeability, exact current revision or complete conversion contents.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Shorter three-foot SP4N candidate. The manufacturer compatibility table names SP4 without establishing this suffix and connector. Confirm chip interface, connector and actual reach with Spectra before using this link.
Shorter three-foot SP4N candidate. The manufacturer compatibility table names SP4 without establishing this suffix and connector. Confirm chip interface, connector and actual reach with Spectra before using this link.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Newport Spartan 12V freshwater-flush solenoid without valve body, charted for later production since 2016. It is not an established direct substitution for every original intake/flush module. Confirm installed valve body, output, port and connector with Spectra.
Newport Spartan 12V freshwater-flush solenoid without valve body, charted for later production since 2016. It is not an established direct substitution for every original intake/flush module. Confirm installed valve body, output, port and connector with Spectra.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Spartan 12V freshwater-flush assembly including valve body. Confirm the original Newport module, mounting, ports, control output and any adaptation with Spectra. It is separate from the product diversion valve.
Spartan 12V freshwater-flush assembly including valve body. Confirm the original Newport module, mounting, ports, control output and any adaptation with Spectra. It is separate from the product diversion valve.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Later clear three-piece housing family: FT-FTH-10L3PCS uses SO-FHS-3PCS10 and FT-FHW-3PCS. It is a changed-hardware reference, not an established direct substitution for every original 10L intake/flush bowl. Confirm the actual housing and pressure rating with Spectra.
Later clear three-piece housing family: FT-FTH-10L3PCS uses SO-FHS-3PCS10 and FT-FHW-3PCS. It is a changed-hardware reference, not an established direct substitution for every original 10L intake/flush bowl. Confirm the actual housing and pressure rating with Spectra.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Later clear three-piece housing family: FT-FTH-10L3PCS uses SO-FHS-3PCS10 and FT-FHW-3PCS. It is a changed-hardware reference, not an established direct substitution for every original 10L intake/flush bowl. Confirm the actual housing and pressure rating with Spectra.
Later clear three-piece housing family: FT-FTH-10L3PCS uses SO-FHS-3PCS10 and FT-FHW-3PCS. It is a changed-hardware reference, not an established direct substitution for every original 10L intake/flush bowl. Confirm the actual housing and pressure rating with Spectra.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Later clear three-piece housing family: FT-FTH-10L3PCS uses SO-FHS-3PCS10 and FT-FHW-3PCS. It is a changed-hardware reference, not an established direct substitution for every original 10L intake/flush bowl. Confirm the actual housing and pressure rating with Spectra.
Later clear three-piece housing family: FT-FTH-10L3PCS uses SO-FHS-3PCS10 and FT-FHW-3PCS. It is a changed-hardware reference, not an established direct substitution for every original 10L intake/flush bowl. Confirm the actual housing and pressure rating with Spectra.
24V DC / 110V AC / 220V AC layout references · confirmed 2.5 × 40-inch element; system count requires confirmation · Installed-hardware review
Confirm with Spectra before ordering. One kit supplies one 2.5 × 40-inch seawater element and replacement seals. The original shared manual pictures three vessels without an explicit model-specific element-size/count table. Later Newport 1000 arrangements use 3 long elements, but that is not proof of this older installation. Confirm actual size, count and end-cap/Z-Brane revision with Spectra. No whole-system order quantity is chosen automatically.
One kit supplies one 2.5 × 40-inch seawater element and replacement seals. The original shared manual pictures three vessels without an explicit model-specific element-size/count table. Later Newport 1000 arrangements use 3 long elements, but that is not proof of this older installation. Confirm actual size, count and end-cap/Z-Brane revision with Spectra. No whole-system order quantity is chosen automatically.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Current catalog offshore service kit specifically labeled for 20% pumps. The original spares list says KIT-OFFSH generically, but the present KIT-OFFSH listing is for 7% / 10%. Confirm current 20% offshore contents with Spectra before using this route or duplicating loose seals and cleaners.
Current catalog offshore service kit specifically labeled for 20% pumps. The original spares list says KIT-OFFSH generically, but the present KIT-OFFSH listing is for 7% / 10%. Confirm current 20% offshore contents with Spectra before using this route or duplicating loose seals and cleaners.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Vessel hardware is separate from the membrane element. The original drawing includes FT-PV-ZEP / FT-PV-ZEPB Z-Brane end-cap hardware; later diagrams name KIT-PV-25EP1. Confirm the actual end-cap, ring and electrode arrangement with Spectra before assuming the later kit replaces an original assembly. Do not disturb Z-Brane high-voltage wiring.
Vessel hardware is separate from the membrane element. The original drawing includes FT-PV-ZEP / FT-PV-ZEPB Z-Brane end-cap hardware; later diagrams name KIT-PV-25EP1. Confirm the actual end-cap, ring and electrode arrangement with Spectra before assuming the later kit replaces an original assembly. Do not disturb Z-Brane high-voltage wiring.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. 12V Spartan product-water diversion candidate. Confirm actual body, coil output, manifold and connector with Spectra. Original page 65 lists an older D12VB suffix, not this later SP suffix.
12V Spartan product-water diversion candidate. Confirm actual body, coil output, manifold and connector with Spectra. Original page 65 lists an older D12VB suffix, not this later SP suffix.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. 24V Spartan product-water diversion candidate. Confirm actual body, coil output, manifold and connector with Spectra; a 24V boat supply does not settle control outputs after a retrofit.
24V Spartan product-water diversion candidate. Confirm actual body, coil output, manifold and connector with Spectra; a 24V boat supply does not settle control outputs after a retrofit.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. 24V freshwater-flush candidate. Match the actual controller output and valve body with Spectra. The modern 24V MPC conversion includes a 12V flush solenoid because A40 steps down flush control, so a boat supply label is not sufficient.
24V freshwater-flush candidate. Match the actual controller output and valve body with Spectra. The modern 24V MPC conversion includes a 12V flush solenoid because A40 steps down flush control, so a boat supply label is not sufficient.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Later Spartan product diversion manifold candidate. Confirm actual valve body, port arrangement and required fittings with Spectra; it is not an established automatic replacement for the original DVM.
Later Spartan product diversion manifold candidate. Confirm actual valve body, port arrangement and required fittings with Spectra; it is not an established automatic replacement for the original DVM.
24V DC feed-power candidate · Installed-hardware review
Confirm with Spectra before ordering. Later one-HP 24V motor candidate, not the original EL-MTR-3/4D24 identified in the September 2005 manual. The original three-quarter-HP DC motor has no exact listing in this catalog. Confirm an approved motor/coupling/controller conversion with Spectra; higher horsepower alone does not establish interchangeability. The Newport 400 half-HP conversion bulletin does not establish this route.
Later one-HP 24V motor candidate, not the original EL-MTR-3/4D24 identified in the September 2005 manual. The original three-quarter-HP DC motor has no exact listing in this catalog. Confirm an approved motor/coupling/controller conversion with Spectra; higher horsepower alone does not establish interchangeability. The Newport 400 half-HP conversion bulletin does not establish this route.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. 20% remanufactured-pump route, separate from a loose-parts rebuild kit. Confirm installed pump revision, exchange/core conditions and included fittings with Spectra. Historical catalog core wording is not a live checkout price or deposit claim.
20% remanufactured-pump route, separate from a loose-parts rebuild kit. Confirm installed pump revision, exchange/core conditions and included fittings with Spectra. Historical catalog core wording is not a live checkout price or deposit claim.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Factory upgrade of the original customer-owned 20% pump, separate from an exchange pump or distributor rebuild kit. Confirm service scope, actual pump eligibility and handling with Spectra before using this link.
Factory upgrade of the original customer-owned 20% pump, separate from an exchange pump or distributor rebuild kit. Confirm service scope, actual pump eligibility and handling with Spectra before using this link.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. 20% high-pressure pump assembly for Newport, named in the later Parts ID diagram. Confirm actual module mounting, fittings and current assembly contents with Spectra before replacing an original 2005 unit.
20% high-pressure pump assembly for Newport, named in the later Parts ID diagram. Confirm actual module mounting, fittings and current assembly contents with Spectra before replacing an original 2005 unit.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Remanufactured 240 MAG package candidate. Confirm head revision, supplied components, core terms and compatible motor/coupling with Spectra. A package listing is neither the original mechanical-drive head nor an automatically complete motor/controller conversion.
Remanufactured 240 MAG package candidate. Confirm head revision, supplied components, core terms and compatible motor/coupling with Spectra. A package listing is neither the original mechanical-drive head nor an automatically complete motor/controller conversion.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Current catalog mechanical-drive 240/250 stainless head candidate. The original manual names PL-PMP-240250 without the E suffix. Confirm suffix equivalence, pressure rating, shaft, coupling and connections with Spectra before ordering. It is distinct from the current MAG5 magnetic-drive head.
Current catalog mechanical-drive 240/250 stainless head candidate. The original manual names PL-PMP-240250 without the E suffix. Confirm suffix equivalence, pressure rating, shaft, coupling and connections with Spectra before ordering. It is distinct from the current MAG5 magnetic-drive head.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. 20% seal-and-O-ring service kit. It differs from the 7% / 10% S&O kit and the broader distributor rebuild kit. Match the actual pump ratio and current contents; it does not imply supply of every hard internal part.
20% seal-and-O-ring service kit. It differs from the 7% / 10% S&O kit and the broader distributor rebuild kit. Match the actual pump ratio and current contents; it does not imply supply of every hard internal part.
Existing fitment requirements
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. The current matrix puts SO-FHS-LP10 under the discontinued standard FT-FTH-10 housing, not under the separate FT-FTH-10L column. Do not order it for an original clear 10L bowl solely from this model selection; confirm actual seal groove and housing identification with Spectra.
The current matrix puts SO-FHS-LP10 under the discontinued standard FT-FTH-10 housing, not under the separate FT-FTH-10L column. Do not order it for an original clear 10L bowl solely from this model selection; confirm actual seal groove and housing identification with Spectra.
24V DC / 110V AC / 220V AC layout references · Installed-hardware review
Confirm with Spectra before ordering. Retained identification candidate for the original MPC model. The present documentation does not establish exact current revision, package contents or direct replacement equivalence. Give Spectra the original part code, assembly location and installed label before selecting this link.
Retained identification candidate for the original MPC model. The present documentation does not establish exact current revision, package contents or direct replacement equivalence. Give Spectra the original part code, assembly location and installed label before selecting this link.
Existing fitment requirements
KEEP THE ORIGINAL AND CURRENT REFERENCES TOGETHER