Discontinued: The direct replacement is the MX200 Vacuum Controller.
Part Numbers: 2-4502-301, 2-4502-302, 2-4502-303, 2-4502-304, 2-4502-305, 2-4502-306, 2-4503-401, 2-4503-402
Compatible With: 1E Piezo Diaphragm, 1F Piezo Diaphragm, 2A Thermocouple, 4A Convection, 7B Cold Cathode, 7E Cold Cathode, 7F Cold Cathode, 7FC Cold Cathode, 7FCS Cold Cathode, 3F Hot Ion
Features and Benefits:
- Competitively priced
- Built-in self-diagnostics
- Easy to read, large LED display
- Four process relays with individually assignable set points
- Analog outputs for each sensor
- Excellent customer support
The Televac® MC300 vacuum controller controls up to two Televac® thermocouple gauges or convection gauges and an optional cold cathode gauge or mini BA hot ion high vacuum gauge. It features a 0 to 10 V DC analog output for each vacuum gauge, 4 relay set points for process control, and large, bright LED display, making it easy to read from a distance.
Note: sensors and cables are not included and must be ordered separately.
Operating Range | 1*10-11 Torr to 1000 Torr |
Communications | None |
Analog Output | 0 to 10 V DC (1 per sensor) |
Analog Output Resolution | 12 bits |
Display Output Resolution | 3 significant digits |
Programmable Set Points | 4 |
Set Point Type | Relay |
Supply Voltage | 115/230 V AC (0.3/0.15 A), 50-60 Hz |
Maximum Power | 35 W |
Calibration Medium | Dry air or nitrogen |
Overpressure | Sensor-dependent |
Operating Temperature | 0 °C to 50 °C |
Storage Temperature | -40 °C to 85 °C |
Display Readable Distance | 10 m (35 ft) |
Maximum Sensors Controlled | Up to 3 |
The MC300 has four relay set points. Individual relay status LEDs are displayed on the front panel. The heavy duty relays have a SPDT (1 Form C) contact and are rated for 24 V DC. They have a maximum current rating of 8 A at 250 V AC or 5 A at 30 V DC. The data sheet can be found at http://www.omron.com/ecb/products/pdf/en-g6rn.pdf.
The MC300 is sold in configurations containing high vacuum sensors (cold cathode or hot ion). The high vacuum sensor is controlled automatically by the low vacuum sensor connected to station 1. It is switched on when station 1 reads below 10 microns (10 mTorr or 0.010 Torr). When operating high vacuum sensors, it is recommended that the channel 3 high vacuum sensor and channel 1 low vacuum sensor be located near one another on the same manifold.
Housing | Cold rolled steel |
Electrical Connections | Power cord (IEC 60320 C-13) |
Weight (Base Unit) | 2.2 kg (5 lbs) |
Mounting | Panel mount or half rack adaptable |
Certified to UL 61010-1 |
CE certified to EN 61326-1:2006 |
Certified to CAN/CSA C22.2 No. 61010-1-12 |
ISO 17025 accredited calibration optional |
NIST-traceable calibration optional |
MC300 Vacuum Controller | Part Number |
Dual 2A with 7B (10-7 to 20 Torr) | 2-4502-301 |
Dual 4A with 7B (10-7 to 1000 Torr | 2-4502-302 |
Dual 2A with 7E/7F/7FC (10-11 to 20 Torr) | 2-4502-303 |
Dual 4A with 7E/7F/7FC (10-11 to 1000 Torr) | 2-4502-304 |
Dual 2A with Mini BA (10-10 to 20 Torr) | 2-4502-305 |
Dual 4A with Mini BA (10-10 to 1000 Torr) | 2-4502-306 |
Dual 2A (10-3 to 20 Torr) | 2-4503-401 |
Dual 4A (10-3 to 1000 Torr) | 2-4503-402 |
Heat treating and vacuum furnaces | |
National laboratories, universities, research and development | |
Cryogenics and industrial gases | |
Thin film deposition and coating processes | |
Semiconductor | |
Leak detection | |
Freeze drying and food packaging | |
Pharmaceutical product processes |