Walchem IX SERIES
TF:
006476-HW-Walchem-006
Overview
IX Series metering pumps deliver exceptional accuracy and efficiency with a 1000:1 turndown ratio, ±1% repeatability, and up to 70% energy savings, making them ideal for precise chemical dosing applications.
| Model | Capacity Range GPH (LPH) | Max Pressure PSI (MPa) | Avg. Power Consumption | Current | Connection Size | Weight lbs (kg) |
|---|---|---|---|---|---|---|
| IX-B007 (TC, TE) | 0.002–1.98 (0.0075–7.5) | 247* (1.7) | 17 W | 0.4 A | 1/2" NPT / 3/8" × 1/4" Tube | 7.75 (3.5) |
| IX-B015 (TC, TE) | 0.004–3.96 (0.015–15) | 145 (1.0) | 17 W | 0.4 A | 1/2" NPT / 3/8" × 1/4" Tube | 7.75 (3.5) |
| IX-B030 (TC, TE) | 0.008–7.93 (0.03–30) | 87* (0.6) | 17 W | 0.4 A | 1/2" NPT / 3/8" × 1/4" Tube | 7.75 (3.5) |
| IX-B045 (TC, TE) | 0.012–11.89 (0.045–45) | 58 (0.4) | 17 W | 0.4 A | 1/2" NPT / 3/8" × 1/4" Tube | 7.75 (3.5) |
| IX-C060 (TC/TE) | 0.02–15.8 (0.08–60) | 145 (1.0) | 19 W | 0.5 A | 1/2" Flange / NPT / 1/2" × 3/8" Tube | 8.25 (3.7) |
| IX-C060 (S6) | 0.02–15.8 (0.08–60) | — | 62 W | 0.8 A | 3/4" NPT / 3/4" Flange | 23 (10.5) |
| IX-C150 (TC/TE) | 0.05–39.6 (0.2–150) | 58 (0.4) | 19 W | 0.5 A | 1/2" Flange / NPT / 1/2" × 3/8" Tube | 8.25 (3.7) |
| IX-C150 (S6) | 0.05–39.6 (0.2–150) | — | 62 W | 0.8 A | 3/4" NPT / 3/4" Flange | 29 (13.2) |
| IX-D150 (TC/TE) | 0.05–39.6 (0.2–150) | 145 (1.0) | 62 W | 0.8 A | 3/4" NPT / 3/4" Flange / 1" NPT | 31–34.1 (14.5–15.5) |
| IX-D150 (S6) | 0.05–39.6 (0.2–150) | — | 62 W | 0.8 A | 3/4" Flange | 33.0 (15.0) |
| IX-D300 (TC/TE) | 0.1–79.2 (0.4–300) | 73 (0.5) | 110 W | 1.3 A | 1/2" Flange / 1/2" NPT | 8.6 (3.9) |
| IX-D300 (S6) | 0.1–79.2 (0.4–300) | — | 110 W | 1.3 A | 1" Flange | 37.4 (17.0) |
Powered by efficient brushless DC motors, IX Series pumps provide high-resolution speed control to achieve ultra-wide flow adjustment from high to extremely low rates. Advanced diaphragm and pump head design ensures fast priming, prevents gas lock, and maintains reliable performance at full pressure—while consuming significantly less energy than conventional metering pumps.