MUSASHI_ML-7000X
Built-in CTR Temperature-Controlled Air-Pulse Dispenser
- Brand
Products
請選擇分類
- All Products
- Pneumatic Series
- GENTLE Pneumatic Fittings
- GENTLE Ionizer
- CONVUM Ltd.
- FUJIKURA
- FUJI LATEX Co., Ltd.
- KOGANEI Corporation
- iB series
- Air Cylinders, Hands
- Air Valves
- Air Filters, Regulators, Pressure Gauges
- Flow Rate Sensor Switches, Plachain Ducts, Pressure Switches
- Vacuum Equipment, Pads
- Electric Actuator
- Environmental Hygiene Equipment
- Static Electricity Removal
- Fluororesin Products
- Fixed Discharge Pump
- Medium Control Equipment
- Pulse Blow Series
- NKE Corporation
- TAKEX
- Dispensing Series
Features
- Integrated CTR Temperature Control: Built-in controller offers 0.1 °C fluid-temperature accuracy for consistent material performance.
- Cost & Space Efficiency: Combines temperature control and dispensing—no external heater/cooler needed, halving system footprint.
- Intuitive Setup: Temperature, pressure, and dispense time on one display for quick adjustments and real-time monitoring.
- Vacuum Suck-Back: Negative-pressure retraction prevents drips and splatter for clean, precise dispensing.
- 100-Channel Memory: Store and recall up to 100 dispense/temperature profiles to streamline production.
Specification
| Model | ML-7000X-CTR-V5 | ML-7000X-CTR-V2 |
|---|---|---|
| Control Method | Digital microcomputer + pneumatic | |
| Dispense Modes | Timed / Manual | |
| Dispense Pressure | 30 ~ 500 kPa | 5 ~ 200 kPa |
| Dispense Time | 0.001 ~ 9999.999 s | |
| Vacuum Pressure | 0.0 ~ -20.0 kPa | 0.0 ~ -10.0 kPa |
| Main Functions | Operation log, dispense counter, pressure/valve alarm, material-remaining warning, channel register/switch/copy, key lock, interval dispense, language switch, mode switch, stopwatch, auto-increment, auto-slope, auto-tuning | |
| Channels | 100 CH | |
| Power Supply | DC24V ± 10% | |
| Power Consumption | 65W (26 W without temp control) | |
| Dimensions (WxDxH) | W210 x D250 x H108 mm | |
| Weight | 3.1 kg | |
※ Dispense performance depends on material viscosity and particle size.
File Downloads
File Name
File Type
Download
Go top