Executive summary:
Return trips drain margin and patience. Make “first-visit fix” a service-level objective (SLO), reduce variant sprawl with SKUduction coverage sets, and align truck stock with a simple, model-free identification workflow. Result: fewer callbacks, happier customers, better utilization.

The business cost of a return trip

• Lost technician time: 60–120 minutes of drive/park/re-tear-down that could’ve been another paid job.

• Hard costs: Fuel, shipping, and vehicle wear on the second dispatch.

• Soft costs: Customer inconvenience, reschedules, and slower cash collection.

Why return trips happen

1. Identification gaps at the door: Tags are missing, unreadable, or don’t match what’s installed.

2. Variant sprawl: Dozens of near-duplicates create hesitation and wrong picks.

3. Truck-stock gaps: You’ve got “close, but not quite,” which forces a reorder and a revisit.

Quick ROI math (plug your numbers)

• Return-trip cost per call ≈ (minutes lost ÷ 60 × billable rate) + fuel/vehicle.

• Avoidable second trips per week × cost = budget for coverage sets—with margin left over.

SKUduction in one line

Fewer SKUs, broader coverage, faster decisions.

SKUduction compresses overlapping parts into coverage sets — small, engineered assortments that handle most field cases so techs can diagnose and complete in one visit.

Coverage sets (the heart of the method)

A coverage set is the smallest group of parts that will let a tech repair the majority of failures they actually see in their territory.

• Category-based: Ignition, pumps/valves, radiant elements, etc.

• Territory-tuned: Built from local sales/repair history so you’re carrying what breaks where you work.

• Tiered:

  • Core: Covers ~70–80% of likely calls. Lives on every truck.

  • Extended: Adds ~10–20% more coverage for high-volume routes.

  • Rare: Kept at the shop or cross-dock for edge cases.

How you build them

1. Pull 12–24 months of local job logs and counter sales.

2. Map OEM numbers to SKUduction equivalents.

3. Sort by frequency; select the smallest set that hits your target coverage (e.g., 85–90%).

4. Assign par levels by route volume; review quarterly.

Example: Radiant elements replaced without the exact OEM

When a radiant doesn’t heat, the goal is to replace it now, not hope the exact OEM is on the truck or make a pickup.

• Workflow: Measure → Select → Install.

  • Measure diameter and confirm wattage.

  • Select the SKUduction element that fits that range/wattage from your coverage set (not an exact OEM clone).

  • Install and test.

• Result: You complete the repair on site, without carrying every model-specific variant.

Turn “first-visit fix” into an SLO (Service Level Objective)

• SLO: Resolve ≥ X% of calls in one visit.

• Track simply: If a second trip is needed, tag one reason: ID error / missing coverage / rare part / process miss.

• Tune weekly: Use the tags to adjust coverage sets and par levels—by route, not just company-wide.

Bottom line

A first-visit fix is the service promise customers remember. Coverage sets make that promise practical: fewer SKUs to carry, broader coverage on the truck, and a simple, model-free selection method that works at the door. Start with a single category, set your SLO, and tune from your own data — then repeat across the next category.

For distributors

With the ease of internet ordering, an increasing trend is for customers to purchase parts online (sometimes even from suspect sources). If you are unable to provide your customer with a replacement you may lose a sale to an online retailer.

Distributor expertise is one of the largest contributing factors to customer loyalty and purchasing in-store rather than online. Give your customers the expertise of your experience AND the availability of replacement parts by stocking SKUduction coverage sets for your region.

Make your customers measurably better

• Sell by coverage set (not by catalog page): Package sets by category and territory. Label what each set covers and the quick ID method techs use at the door.

• Territory subsets: Offer Core / Extended / Rare tiers to match route volume and van space.

• Quarterly tuning: Review returns and second-trip tags by ZIP; rebalance sets accordingly.

• 10-minute counter training: Practice the phone script aligned to the tech’s method (e.g., “measure diameter/wattage → match coverage SKU”).

New offer: “Recommended Coverage Set” from your data

If a distributor can provide OEM sales history (SKU, quantity, date, ZIP or branch), we can:

1. Map OEM → SKUduction equivalents,

2. Rank by frequency, and

3. Deliver a recommended Core/Extended/Rare coverage set with suggested par levels by branch or route.

4. You get a stocking plan that directly reflects what your customers actually fix, and a clear buy list for customers who visit your store.

CMR + diameter + D + watt/100

Now techs can identify the right element with a ruler and the watt stamp. Fewer SKUs on the truck → fewer return trips for parts and faster closeouts. Interchangeability follows market practice (common families recur across brands), and harness differences are handled by wire kits on select SKUs.

What is SKUduction™?

SKUduction™ combines stock keeping unit (SKU) and reduction into a single strategy: “Repair More. Stock Less.” By analyzing OEM parts for dimensional and functional similarities, we engineer universal solutions that replace dozens of SKUs with a single part.

In the case of spark modules, this means fewer SKUs in your inventory, but more repairs completed on the first call.

How SKUduction works for radiant elements

Across brands, the same patterns keep appearing:

• 9.75” duals are often labeled “9 in” in OEM literature but measure ~9.75” overall width in the field.

• 6”/9” duals at 1200/2500 W are common families.

• Typical cooktop mixes pair (2) 6” singles (~1200 W), (1) ~8” single (~1800–2000 W), and (1) 10”/6” dual (~3000/1800 W).

These recurring specs are why a small, curated CMR set can replace dozens of OEM-specific part numbers.

The CMP naming scheme (field-first, model-agnostic)

• CMR = Choice Manufactured Radiant

• Diameter = decimal inches without the decimal (e.g., 9.75” → 975)

• D = delimiter

• Wattage = each value ÷ 100 with zeros dropped (e.g., 2500 W → 25; 2500/1200 W → 2512)

Examples

• CMR975D25 → 9.75” single, 2500 W

• CMR975D2512 → 9.75” dual, 2500/1200 W

On-site decode (≈1 minute): remove top, measure diameter, read the watt stamp, form the CMR code, and pull the matching carton.

Interchangeability in practice

Fit and function are driven by diameter and watts. When those match, the element will seat and heat as designed. Where harness/terminal differences exist, designated CMP SKUs ship with wire kits/adapters (pigtails, terminal-size adapters, boots) to bridge variations between brands.

Stocking strategy (cut 50–70% of element SKUs)

1. Export 12–24 months of radiant-element jobs (size, watts, success/return).

2. Map each to a CMR code with the three-step method.

3. Choose the fewest CMR SKUs covering ≥90% of demand (often 4–6 SKUs: 6”/1200; ~8”/1800–2000; 9.75”/2500; 9.75” dual 2512; optionally 10”/6” 3018).

4. Carry 2 each of high-runners per truck; keep long-tail SKUs at the depot.

   While we don’t present formal first-trip studies here, the operational logic is straightforward: if the correct element is already on the truck, you avoid a return trip for that part. Verify locally by tracking “return-for-parts” rates before vs. after CMR adoption over 60–90 days.

Installation notes (tech quick-hits)

• Power off, verify size/watts, then form the code (e.g., 9.75” + 2500 W → CMR975D25).

• Match wattage to the control rating - don’t up-watt a control.

• Use the included wire kits on flagged SKUs when terminals/harness lengths differ; dress leads with the provided covers/boots.

Exceptions & special cases

• Triple-watt elements: CMP includes select triple-watt SKUs (see line card below).

• CMR8X17D44R / CMR8X17D44L: special dual-plus-center designs that don’t follow the standard naming scheme. They’re cataloged as Radiant Elements for completeness but fall outside the tight SKUduction mapping1.

For Reference: SKUs that include wire kits

CMR65D12, CMR775D18, CMR85D20, CMR975D25, CMR7D15, CMR975D3314, CMR1175D3019, CMR1175D302012, CMR975D2512, CMR1175D27

Conclusion: Repair More. Stock Less.

With SKUduction™, Choice Manufactured Parts empowers distributors and service professionals to stock smarter and repair faster. Our universal spark module kits are the embodiment of this philosophy: fewer SKUs, more solutions.

Learn more at skuduction.choicemfg.parts

The Versaplate from Choice Manufactured Parts changes that.

This universal mounting system was engineered to adapt our SKUduction™ Spark Module Kits for a wide range of gas appliances. With a single kit, you can cover numerous OEM designs and with Versaplate, installation is straightforward and efficient.

What is the Versaplate?

The Versaplate is an adaptable mounting plate included in all Choice universal spark module kits. It’s designed with:

• Breakaway Tabs – Adjust the size and shape of the plate to fit OEM footprints.

• Multiple Mounting Holes – Accommodate various bolt patterns used by leading brands.

• Integrated Grounding Options – Ensure safe, reliable installations.

Together, these features allow technicians to retrofit spark modules into appliances from GE, Whirlpool, Samsung, LG, Bosch, and more.

Installation Guide

1. Identify the Original Mounting Configuration

   • Remove the failed OEM spark module and note the original mounting pattern.

2. Prepare the Versaplate

   • Use breakaway tabs to adjust the Versaplate for the appliance’s mounting space.

   • Select the appropriate mounting holes that align with the OEM footprint.

3. Attach the Spark Module

   • Secure the spark module to the Versaplate using the provided hardware.

4. Connect Wiring

   • Use included terminal adapters and wire kits to ensure correct connections across different OEM harness types.

5. Test and Verify

   • Confirm proper ignition function before reassembling the appliance.

Why It Matters

The Versaplate reduces the need for multiple OEM-specific modules in inventory and ensures technicians can make successful repairs on the first visit. That’s why more service professionals are saying:

“Ask for Choice.”

• One OEM part for GE.

• Another for Whirlpool.

• Two more for Samsung.

• And heaven help you if a tech needs the right module today.

It’s frustrating. It’s expensive. And it’s unnecessary.

That’s where SKUduction™ comes in.

One module. Dozens of OEM replacements. A universal solution techs are asking for.

The Problem with Spark Modules

Why are spark modules such a headache?
It’s not the electronics—they’re practically identical across brands.

It’s the small differences:

• Different mounting plates

• Oddball wiring harnesses

• Holes that don’t line up

Those minor differences create big inventory headaches for distributors—and big delays for service technicians.

“Before SKUduction, we stocked 12 spark modules to cover our brands. Now we stock 3. Game changer.”

The Fix: The Versaplate

We took the core spark module and designed the Versaplate:

• Breakaway Tabs – Adapt to different OEM mounts

• Multiple Mounting Holes – Universal fit across major brands

• Wire Kits and Terminal Adapters – Simplify connections

The Versaplate makes one spark module fit like dozens.

Why Distributors Love It

• Stock Less: Free up shelf space and simplify your inventory.

• Support Techs: Provide parts they can trust to complete more repairs.

• Save Money: One SKU covers dozens of repairs.

And techs? They’re asking for Choice SKUduction™ Spark Modules by name.

Universal Spark Module Kits

Why Service Techs are Saying “Ask for Choice”

When service professionals trust the parts they install, everyone wins:

• Distributors streamline inventory.

• Techs complete more first-call fixes.

• Customers get appliances running faster.

Want to simplify your stock and empower your techs?
Learn more about SKUduction™ Spark Modules
Or contact us at info@choicemfg.parts to add SKUduction™ to your lineup.

In a world of endless OEM-specific part numbers and subtle design changes, DP1 and DP2 simplify the job. They’re the backbone of our SKUduction™ program, helping you “Repair More. Stock Less.”

Why So Many Techs Know These Pumps

Drain pumps are one of the most commonly replaced components in washers. But between different brands and models, OEM pumps vary in small but critical ways; mounting brackets, wiring harnesses, even the angle of the inlet and outlet.

DP1 and DP2 were designed to cut through that complexity. Together, they cover hundreds of OEM models, and each kit includes the adapters and hardware needed to make installation straightforward.

What’s the Difference Between DP1 and DP2?

• DP1
  The original universal drain pump. Works with a wide variety of washers and includes adapters for different wiring harnesses.

• DP2
  Adds an “L” mounting bracket and butt-end connectors for even more flexibility across OEM designs.

Between them, there’s almost no modern washer they can’t cover.

A Few Notes for Installations

While DP1 and DP2 cover hundreds of pumps, certain OEM models may require minor modifications:

• Reverse harness on Electrolux and Whirlpool applications.

• Spade or tab harnesses for some GE and Samsung models.

• L-bracket installation with DP2 for specific Whirlpool washers.

We’ve limited our active OEM cross-reference list to relevant and widely used part numbers, but these pumps are capable of replacing older, legacy models too.

Why Techs Say “Ask for Choice”

Distributors love DP1 and DP2 because they simplify inventory. Service technicians love them because they work. And customers love them because their appliances get fixed faster.

So next time you’re stocking up or heading out for a call, remember:

“One truck. Two pumps. Hundreds of repairs.”

At Choice Manufactured Parts, we’ve solved this problem with SKUduction™, our inventory optimization strategy that lets you “Repair More. Stock Less.”

Our universal Re-Ignition Module family combines dimensional and electrical compatibility across leading brands with a streamlined SKU system that simplifies stocking and installation.

The Re-Ignition Module Problem

OEM re-ignition modules vary widely in:

• Number of ignition points (1, 4, 5, 6, etc.).

• Terminal orientation (side-mounted vs. top-mounted).

• Operating voltage (120V or 230V).

These variations force distributors to stock a large number of SKUs to cover even a modest range of appliances. For field technicians, guessing the correct part leads to service delays and frustrated customers.

SKUduction™: The RI Series Solution

By analyzing OEM designs, our engineers identified the commonalities between re-ignition modules and created a universal solution with standardized naming.

The RI Naming Scheme

Each SKUduction™ Re-Ignition Module uses a clear, descriptive format:

RI = Re-Ignition
# = Number of ignition points (1, 4, 5, or 6)
S/V = Terminal orientation (S = Side-mounted, V = Top-mounted)
120/230 = Operating voltage

Examples:

• RI4S120 = 4-point, side-mounted terminals, 120V

• RI6S230 = 6-point, side-mounted terminals, 230V

• RI1V120 = 1-point, top-mounted terminals, 120V

This system ensures clear identification for distributors and simplifies ordering for technicians.

Key Features

• Universal Fitment: Covers a wide range of appliances from Whirlpool, GE, Bosch, LG, Samsung, Fisher Paykel, and more.

• Standardized Naming: Simplifies inventory management and technician training.

• Robust Design: Engineered for long service life and dependable performance.

The Benefits

• Streamlined Inventory: Replace dozens of SKUs with a compact, organized family of parts.

• Improved Service Rates: Techs can confidently stock fewer parts and complete more first-call repairs.

• Cross-Brand Coverage: Designed for real-world installation challenges across leading OEM brands.

Why Service Techs are Saying “Ask for Choice”

The RI series re-ignition modules are designed to handle diverse OEM requirements while simplifying the job for distributors and field techs. That’s why more service professionals trust Choice parts to keep appliances running and customers happy.

Want to simplify your inventory with SKUduction™ Re-Ignition Modules?
Contact us at info@choicemfg.parts to add the RI Series to your lineup.

At Choice Manufactured Parts, we developed SKUduction™, a strategy designed to help you “Repair More. Stock Less.” Our DP1 and DP2 Universal Drain Pumps consolidate dozens of OEM models into just two SKUs, reducing stock requirements while improving service coverage.

The Drain Pump Problem

OEM drain pumps often include small but critical differences:

• Mounting brackets and feet

• Wire harness connectors

• Orientation of inlets and outlets

These variations force distributors to carry dozens of SKUs and leave service techs guessing which pump they’ll need for a given call.

SKUduction™: The DP1 and DP2 Solution

Our engineers studied drain pump designs across leading brands and discovered the core pump mechanisms remain largely consistent. The result? A universal pump body with included adapters and mounting solutions to bridge OEM differences.

Key Features

• Universal Fitment – Designed to replace OEM pumps in leading brands like Whirlpool, LG, GE, Samsung, Bosch, and Electrolux.

• Adapters Included – Butt-end connectors, spade and tab harnesses simplify installations across wiring configurations.

• Mounting Solutions – DP2 includes an “L” bracket for broader compatibility.

• Wide Coverage – Capable of replacing hundreds of older or unlisted pumps, but our list focuses on active and relevant part numbers.

Why Service Techs are Saying “Ask for Choice”

Our universal drain pumps are designed for real-world conditions, reducing downtime and increasing service flexibility. Distributors simplify their stock. Technicians complete more repairs on the first visit.

Want to add SKUduction™ Drain Pumps to your inventory?
Contact us at info@choicemfg.parts to learn more.

What is SKUduction™?

SKUduction™ combines stock keeping unit (SKU) and reduction into a single strategy: “Repair More. Stock Less.” By analyzing OEM parts for dimensional and functional similarities, we engineer universal solutions that replace dozens of SKUs with a single part.

In the case of spark modules, this means fewer SKUs in your inventory, but more repairs completed on the first call.

The Versaplate Advantage

At the core of our universal spark modules is the Versaplate mounting system. Designed with adaptability in mind, the Versaplate features:

• Breakaway Tabs: Quickly adjust to fit various OEM mounting footprints.

• Multiple Mounting Holes: Compatible with an extensive range of appliances.

• Included Wire Kits & Terminal Adapters: Simplify installation across brands and models.

This innovation allows one module to replace many, covering popular configurations like 2+0, 4+0, 5+0, and 6+0 spark modules.

Benefits for Distributors and Technicians

• Simplified Inventory: Replace dozens of SKUs with three universal kits (SM2+0, SM4+0, SM6+0).

• Reduced Downtime: Technicians arrive prepared to complete repairs across multiple brands.

• High-Quality Engineering: Designed and tested by industry experts for reliability and safety.

Conclusion: Repair More. Stock Less.

With SKUduction™, Choice Manufactured Parts empowers distributors and service professionals to stock smarter and repair faster. Our universal spark module kits are the embodiment of this philosophy: fewer SKUs, more solutions.

Learn more at skuduction.choicemfg.parts

Versaplate

The Versaplate is a key component to making the Spark Modules work across multiple cross references. With their optional offset mounting bracket, in addition to several clipping options, technicians can easily adapt the Versaplate to match the spark module being replaced.