30 Amp Microprocessor Timers MC Series

MC Series

The MC Series is a range of micro processor based modules which can be used for sophisticated control applications. They are designed to handle complex functions and this makes them an economic substitute for PLC type controls. They are pre-programmed at the factory for the customer’s particular application and can have up to two inputs and multiple outputs up to 30 amps. In addition to PLC applications, the MC may be used for cam timers, coin counters/accumulators, door/gate controls or where multiple timers are required.

• Up to two inputs

• Outputs total up to 30 amps

  • Two 10 amps relays or

  • One 10 amps and one 20 amps 1.5 H.P. relay

• Two 4 bit dip switches

• Fast time-out terminals for verification of long time periods

• Available in standard voltage inputs

• Pre-programmed at the factory

• No limit to duration of long time periods

• Crystal generated time base

• Ultra accurate timing with no drift over full temperature and voltage range

• Easy to install

• Totally encapsulated for protection from harsh environments

• Less labor to wire than multiple timers

• Lower system level cost

• No external output devices needed

• No heat sinking required

• Increased system reliability

• 100% Operational testing before shipping

• EEPROM memory option

• 

Input Voltage:

• +15%/-15%
• VDC: 12 or 24
• VAC: 12, 24, 120, 230, 50/60 Hz

Time Mode: Type: Digital CMOS – Programmable Time Range: Unlimited

Repeatability: 0.1%

Setting Accuracy: 0.1% or 50 milliseconds, whichever is greater

Reset Time: 100 milliseconds

Relay Life Expectancy:

• Mechanical: Up to 10 million operations
• Electrical: 100,000 operations at max. load

Protection:

Transient Protection:
• 45 joules (120 VAC)
• 75 joules (230 VAC)

Temperature Ranges:

• Storage: -40° C to +85° C
• Operating: -25° C to +85° C

1. 120 VAC
2. 230 VAC
3. 24 VAC
4. 24-28 VDC
5. 48 VAC
6. 48 VDC
7. 12 VDC
8. VAC (Specify)
   Example: 8(32) 32 VAC
9. VDC (Specify)
   Example: 9(30) 30 VDC

First Digit = # of 6 or 10 amps Current Outputs
(Maximum of 2)

Second Digit = Relay Suffix
(x = 6 amps, h = 10 amps)

Third Digit = # of 20 amps Outputs
(1 only)

Fourth Digit = Relay Suffix
(j = 20 amps, 1.5 hp)