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Baudouin Generator Radiator

Baudouin Generator Radiators Manufacturers

Optimized for Baudouin diesel engines, this radiator delivers exceptional cooling capacity for marine, industrial, and prime power uses. Constructed with reinforced cores and weather-resistant coatings, it withstands harsh conditions including high humidity and salty air. The design ensures quick installation, easy cleaning, and dependable performance.

No. Model Installation Dimensions
Diameter* Center Height		 Radiator Dimensions
Height*Width*Thickness		 Water
Capacity
（L）		 Weight
（KG）		 Heat
Dissipation
Area
（M²）
1 12M26D792E200 φ1565*1170mm 2235*2020*836*591mm 89.3 356.5 227.8
2 12M26D902E200 Φ1565*1170mm 2230*2020*836*591mm 94.3 357.5 276.9
4 12M33B1510E200-D Motor drive 2335*2119*1684mm 120.7 299.8
5 12M33D1108E200-P Φ1730*1190mm 2335*2019*1154mm 114.5 738 283.8
6 12M33D1108E310 Φ1730*1185mm 2324*2019*781*710mm 95.7 419 292.3
8 12M33D1210E200-P Φ1730*1190mm 2335*2019*1154mm 114.5 748.5 283.8
11 12M33D1265E201-P Φ1730*1190mm 2335*2019*1154mm 114.5 0 283.8
13 12M33D1320E310-P Φ1730*1192mm 2324*2219*1169mm 107.2 725.5 253.5
15 12M33D1500E310-P Φ1730*1192mm 2324*2219*1169mm 112.7 0 315.8
17 12M33D792E310 Φ1730*1185mm 2324*2019*781*591mm 90.5 0 240.6
18 12M33D902E310 Φ1730*1185mm 2324*2019*781*591mm 90.5 0 240.6
19 12M33D968E310 Φ1730*1185mm 2324*2019*781*591mm 90.5 0 240.6
21 12M55D2450E310-P φ2020*1370mm 2694*2619*1194mm 303.6 886 464.5
24 12WH17B1200-5-P Φ1730*1150mm 2274*2219*1169mm 223.5 348.7
25 16M33D1680E310(D0838)-D Motor drive 2500*2219*1422mm 229.1 0 351
26 16M33D1680E310 Φ1790*1220mm 2394*2219*942mm 237 515.5 276.5
28 16M33D1980E310 Φ1790*1220mm 2395*2219*942*872mm 243.9 510 325.3
30 16M33G8D3/5-D Motor drive 2699*2619*1441mm 312.3 0 570.7
31 20M33D2210E310-P Φ2150*1370mm 2749*2745*1331mm 341.8 0 506.1
32 4M09G3D4-5 Φ565*414mm 842*716*496*336mm 11.6 18.3
33 4M10G2D3/5 Φ575*414mm 842*716*413mm 11.6 18.3
34 4M10G6D3/5 Φ575*459mm 913*766*496*336mm 12.2 25.3
35 6M11G188 Φ630*511mm 1035*805*480mm 21.4 0 26.5
37 6M12G8D3/5 Φ730*511mm 1175*906*600510mm 28.5 0 61.3
38 6M26D484E200 Φ1166*901mm 1735*1526*745*687mm 66.3 194.5 131.3
40 6M33D572E200 Φ1150*992mm 1920*1576*685*450mm 77 0 131.9
41 6M33D633E200 Φ1150*992mm 1920*1576*685*450mm 77 214.5 131.9
43 6M33D725E310 Φ1150*992mm 1920*1576*685*450mm 80.2 217 181.5
45 8M21D580E310 φ1050*786mm 1545*1356*620*460mm 57.7 0 99.5
46 8M21D615E310 φ1050*786mm 1545*1356*620*460mm 59.9 151 123.9
47 8M33D895E310 Φ1560*1031mm 2065*1726*740*470mm 73.4 235.5 191.1
50 8M33D975E310 Φ1560*1030mm 2065*1725*740*470mm 77.5 251.5 238
51 HBJ---12M33D1240E310-2110 Heat exchanger 2320*1830*675mm Heat exchanger Heat exchanger
52 HBJ---16M33D1530E310-2110 Heat exchanger 1860*1850*600mm Heat exchanger 0 Heat exchanger
53 HBJ---16M33D1980E310-2110 Heat exchanger 1806*1830*600mm Heat exchanger 15
54 HGPBJ---12M26D902E200-100 Heat exchanger 2000*1600*560mm Heat exchanger Heat exchanger
55 HGPBJ---12M33D1210E200-10 296*640mm 2270*1830*675mm 171 0 11.25
56 HGPBJ---670KW-6M33D670E31 Heat exchanger 1600*1200*552mm Heat exchanger Heat exchanger
57 HGPGK---633KW-6M33B860E20 Heat exchanger 1790*1480*555mm Heat exchanger Heat exchanger
58 WS---12M26D902E200-000211 Horizontal water tank 1468*2436*2065mm Horizontal water tank Horizontal water tank
Jiangsu Weichuang Radiator Manufacturing Co., Ltd.
About Weichuang

From our beginnings in generator set and radiator manufacturing in 2003, we've now expanded our business to over 30 countries with a workforce of more than 250 employees. As an established R&D and manufacturing enterprise for generator set radiators, OEM Baudouin Generator Radiators Manufacturers and Baudouin Generator Radiators Suppliers, operates two standardized production bases spanning over 60,000 square meters. With a technical team of 50+ core engineers, we have built a comprehensive industrial system covering R&D, production, and testing, achieving an annual production capacity of 150,000 units/sets. As Baudouin Generator Radiators Factory, Professional advanced sheet metal radiator manufacturing equipment to ensure the quality of the products, high efficiency and delivery guarantee.

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Industry Knowledge

How to sanity-check radiator sizing using “heat dissipation area” (and why it matters in the real world)

When buyers compare Baudouin generator radiators, the practical question isn’t “is it compatible,” but whether the core can reject heat at your actual ambient temperature, not the brochure condition. A fast screening method is to look at the radiator’s heat dissipation area (m²) together with airflow and site conditions (dust, salt, enclosure restriction).

Constructive buyer checks before ordering

  • Treat high ambient and enclosed installs as “capacity thieves” and target a higher margin (more core area / better airflow path) than open-frame installs.
  • If your genset runs prime power, assume longer duty cycles and prioritize stable coolant outlet temperature over minimal footprint.
  • If you’re in coastal or high-humidity sites, fouling/corrosion risk grows—select coatings and fin geometry that stays serviceable after repeated washdowns.

I keep the marketing simple: if you tell me your ambient, enclosure, and duty profile, I’ll steer you to a core that won’t “just barely pass” on day one.

Reading installation dimensions like an engineer: fan ring diameter, center height, and why misalignment kills performance

For Baudouin sets, installation dimensions (fan ring diameter and center height) are not cosmetic—they control fan-to-shroud alignment and recirculation. Even a “fits in the frame” radiator can underperform if the fan sits off-center or the shroud gap is wrong.

Practical alignment tips that prevent recirculation

  • Confirm the fan ring diameter and center height match your skid/fan hub layout before you finalize the core thickness.
  • If you’re retrofitting, measure the existing shroud depth and fan projection to avoid drawing hot discharge air back through the core.
  • On containerized gensets, reserve enough clearance for service access—restricted cleaning access becomes a performance problem after a few months.
Model Installation Dimensions Water Capacity (L) Heat Dissipation Area (m²)
12M26D792E200 φ1565*1170mm 89.3 227.8
12M26D902E200 Φ1565*1170mm 94.3 276.9
12M33D1108E310 Φ1730*1185mm 95.7 292.3
12M55D2450E310-P φ2020*1370mm 303.6 464.5
Example Baudouin radiator models showing how installation dimensions and heat dissipation area can be used to screen-fit a cooling package before detailed thermal calculation.

Key takeaway: if two options “fit,” pick the one that preserves fan alignment + airflow path—that combination decides real operating temperature.

Tube-and-fin vs. plate-and-fin: what buyers should choose based on maintenance reality

Core construction choice is usually a maintenance decision in disguise. Dusty mines, cement plants, and rental fleets tend to punish high-density fins unless cleaning is disciplined. Meanwhile, low-density fins with better wash-through can keep performance stable over time even if peak “new” performance looks slightly lower.

Selection logic that avoids premature derating

  • If your site has airborne lint/dust/oil mist, prioritize a core that can be cleaned with low-pressure wash and gentle chemistry without folding fins.
  • If service access is limited (container sets), bias toward “forgiving” fin geometry—because perfect maintenance won’t happen.
  • If you run high hours and stable load, a sturdier core and controlled coolant quality usually beats chasing the smallest footprint.

This is where I’m a little opinionated: I’d rather sell you a radiator that stays cleanable than one that looks great on day one and struggles after a season.

Coastal/offshore corrosion strategy: coatings, galvanic risk, and the “hidden” failure mode

Salt and humidity don’t just corrode externally; they accelerate galvanic activity when dissimilar metals, poor grounding, or stray electrical currents exist. In coastal deployments, you should treat the radiator as part of a corrosion system, not a standalone part.

Field-proven practices for longer core life

  • Specify weather-resistant coating appropriate to your washdown/chemical exposure, not just “painted.”
  • Check bonding/grounding and routing of electrical accessories to reduce electrolysis risk (a surprisingly common “mystery leak” root cause).
  • Use coolant that matches the engine OEM recommendation and maintain inhibitor levels—corrosion protection is chemistry, not hope.

If you’re building near sea wind, choosing the right corrosion approach up front is one of the cheapest reliability upgrades you can make.

Pressure, caps, and testing: what “quality control” should look like on a generator radiator

A radiator that cools well but can’t hold pressure is a downtime generator. Buyers should ask about leak testing, joint integrity, and how the assembly handles vibration and thermal cycling—especially on gensets that see frequent start/stop or transport.

Buyer checklist that prevents surprises on commissioning

  • Confirm pressure testing is performed on the finished assembly (core + tanks + welds), not just on subcomponents.
  • Verify mounting strategy for vibration: isolators, bracket stiffness, and hose routing all influence long-term leak resistance.
  • Match cap rating and coolant circuit design—over-pressurizing can create “new leaks,” under-pressurizing can increase boil risk under load.

If you’re sourcing a replacement Baudouin generator radiator, I recommend you treat pressure integrity as a first-class spec—right alongside dimensions and heat rejection.