Double-End Wire Crimping and Single-End Insulation Sleeve Insertion Machine, AWG 16–24 WM-374
Take manual sleeve loading off your production line with the WM-374 double-end wire crimping and single-end insulation sleeve insertion machine. It cuts and strips AWG 16–24 single wire from the reel, crimps both ends and loads one tubular sleeve in the same cycle. Output reaches 1,700 pieces per hour at lengths up to 300 mm. It cuts 50 to 9,900 mm at ±2% tolerance and strips 0–15 mm. The 2–3 ton press uses OTP horizontal and straight applicators, and the bowl feeder supplies straight sleeves in the 187, 250 and 110 series. Power is AC 220 V, 2.5 kW.
Specifications
| Model | WM-374 |
|---|---|
| Function | Wire cutting, stripping, two-side terminal crimping and one-side insulation sleeve loading |
| Wire range | AWG 16 – 24 single wire |
| Processing length | 50 – 9,900 mm |
| Cutting tolerance | ±2% |
| Stripping range | 0 – 15 mm |
| Production rate | 1,700 pcs/h (within 300 mm) |
| Crimping force | 2 – 3 T |
| Applicable applicator | OTP horizontal applicator, straight applicator |
| Applicable insulation sleeves | 187, 250, 110 and other straight tubular insulation sleeves |
| Power supply | Reference configuration: AC 220 V, 2.5 kW |
| Air pressure | 0.5 – 0.7 MPa |
| Dimensions | 750 × 1,000 × 1,600 mm (excluding accessories) |
| Weight | 350 kg |
| Electrical configuration | We configure the machine’s electrical supply for your installation before shipment. Your quote confirms the voltage, phase, frequency, current and the power cord with plug or industrial connection for your site. Common site supplies are 120 V, 60 Hz with grounded Type B outlets in the US and Canada, with 208 V or 240 V also found at industrial sites. The UK and Ireland use 230 V, 50 Hz with Type G. Australia and New Zealand use nominal 230 V, 50 Hz with Type I, and some Australian sites list 240 V. Three-phase installations in the UK, Ireland, Australia and New Zealand commonly use 400 V at 50 Hz, with 415 V at some Australian sites. |
| Lead time | Your quote confirms the machine configuration, included accessories and dispatch date. |
| Warranty and support | One-year machine warranty and free remote video support for the life of the equipment. |
| Wear parts | For wear parts, every quote lists them with unit price and the location they ship from. |
| HS Code | 8463.90 (common reference — final classification confirmed by your customs broker) |
| Certification | CE (certificate provided with shipment) |
Key features
- Combine cutting, stripping, double-end crimping and single-end sleeve insertion in one cycle so finished leads come off the line ready for the next operation
- Vibratory bowl singulates 187, 250 and 110 straight tubular sleeves and loads them automatically, removing the hand-sleeving bottleneck
- Plan terminal changeovers around OTP horizontal and straight applicators, and have us check your existing tooling for reuse before ordering
- Roller straightener and guided feed hold ±2% cutting tolerance across lengths from 50 to 9,900 mm
What it processes
- Appliance and lighting leads with insulated push-on terminals in AWG 16–24 single wire
- Motor, transformer and control-cabinet jumpers where one end must ship sleeved
- Harness shops replacing a manual sleeve-loading bench beside the crimping press
Suited for: single-wire leads in AWG 16–24 that need both ends crimped and one end insulated with a push-on tubular sleeve — appliance, lighting, motor and control-panel wiring built at volume. For other jobs and machine options: sleeves on both ends, heat-shrink insulation or housing insertion — for double-end sleeves, pick the WM-388 double-end crimping and sleeve insertion machine, which sleeves both crimps on AWG 10–24 wire; the other terminal crimping machines cover shrink-tube and housing models. For short leads, compare the processing-length basis and trial output of the alternative — the WM-3225 double-end crimping and soft sleeve inserting machine performs double crimping plus one-end sleeve insertion on AWG 12–32 wire, with 18–600 mm of insulation remaining between stripped ends and a specified 3,000 pieces per hour at 600 mm. Confirm accepted output on your actual lead.
For an initial quote, share your wire size, terminal part number or photo, and sleeve series if known. When you want to check the finished lead, send 2–3 meters of wire with your terminal reel and sleeves. We’ll film the complete cut, strip, crimp and sleeve cycle on your parts before you order.
Engineering knowledge
Choose and troubleshoot this process
- Ferrule Crimping: Strip Length, Terminal Fit and Chain-Fed vs Loose-Fed MachinesCompare chain-fed and loose-ferrule crimping machines by wire preparation, changeover, terminal fit and batch output. Check WM-3243 and WM-3246 specifications.
- Crimp Applicator Parts: Shut Height, Stroke and Tooling FitIdentify crimp applicator parts and separate shut height, press stroke and finished crimp height before reusing tooling or ordering a bench press.
- Can a Crimping Line Fit Different Terminals at Each End?Specify double-end crimping with separate end-A and end-B requirements, lead-length references, component feeds, changeover and finished-part inspection.
WM-374 — common questions
Which insulation sleeves can it load?
The bowl feeder supplies straight tubular sleeves in the 187, 250 and 110 series and similar types, then the machine pushes a sleeve onto one wire end after crimping. Start your inquiry with the sleeve series or a photo. With a sample we can match the tooling to your sleeve dimensions and check the finished lead.
How do I check whether I can reuse my crimping applicator?
Share your applicator model and a photo or drawing so we can check mounting, feed direction and shut height. The WM-374 uses OTP horizontal and straight applicators and offers 2–3 tons of crimping force for open-barrel jobs in its AWG 16–24 wire range. We'll confirm whether your existing applicator can be reused before specifying the tooling.
Which lead assemblies fit the WM-374?
Choose this model for AWG 16–24 leads that need crimping at both ends and a slip-on sleeve at one end. For sleeves on both ends, heat-shrink protection or connector-housing insertion, compare our terminal crimping machines and tell us the assembly sequence you need.
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