6-Y-1-2-RMF-PM-115A EATON CUTLER HAMMER, 6-Y-1-2-RMF-PM-115A Datasheet - Page 55

• Manufacturer Part Number: 6-Y-1-2-RMF-PM-115A
• Description: Electromechanical Totalizing Counter
• Manufacturer: EATON CUTLER HAMMER

Specifications of 6-Y-1-2-RMF-PM-115A

• No. Of Digits / Alpha: 6
• Digit Height: 4.8mm
• Power Consumption: 7W
• Mounting Type: Panel
• Peak Reflow Compatible (260 C): No
• Leaded Process Compatible: No
• Counter Supply Voltage: 115VAC
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

General Specifications, continued
Description
Counter
Count range
Offset range
Count modes
Count speed (scale factor of 1.0000 assumed)
Count Input Ratings
Input voltage
Input impedance
Input current
Input response
Note
58811400 and 58815400
57810400, 58810400 and 57810-402
High state (logical “1“, sensor off or contact open)
Low state (logical “0”, sensor on or contact closed)
High state (logical “1”, sensor off or contact open)
High state (logical “1“, sensor off or contact open)
Low state (logical “0”, sensor on or contact closed)
Low state (logical “0”, sensor on or contact closed)
The count inputs are designed to work with current sinking sensors (open-collector NPN transistor output with or without passive pull-up resistor)
or contact closures to DC common.
Counters, Panel Meters, Tachometers and Timers
Specification
Eight digits (0 to 99,999,999) with rollover
Eight digits (0 to 99,999,999) (offset is used to reset to a non-zero number)
Count with add and subtract inputs
Count with up/down direction input (hardware doubling for above modes is
provided)
Count with count inhibit input
Quadrature
Doubled quadrature
0 to 7,500 counts per second (CPS) with Durant shaft encoders or solid-state
sensors
0 to 3,750 CPS when hardware doubling is implemented or when quadrature
shaft encoders are used
0 to 150 CPS when low frequency is selected
0 to 10,000 counts per second (CPS) with Durant shaft encoders or solid-state
sensors with internal pull-up resistor
0 to 7,500 CPS minimum for sensors with open collector transistor output
0 to 5,000 CPS when hardware doubling is implemented
10.5–24.5 Vdc when control is powered by AC line
7.0–24.5 Vdc when control is powered by 11 Vdc
11.0–24.5 Vdc when control is powered by 16 Vdc
0–4.5 Vdc when control is powered by AC line
0–3.3 Vdc when control is powered by 11 Vdc
0–4.8 Vdc when control is powered by 16 Vdc
6800 ohms to 15 Vdc when control is powered by AC line
6800 ohms to 10 Vdc when control is powered by DC supply
20 mA peak, 3 mA steady state
High speed (low speed jumpers not connected)
110 μS minimum at 15 Vdc (6,800 ohms to +DC)
160 μS minimum at 13.5 Vdc (50,000 ohms to +DC)
Low speed (low speed jumpers connected)
5.5 ms minimum at 15 Vdc (6,800 ohms to +DC)
7.5 ms minimum at 13.5 Vdc (50,000 ohms to +DC)
High speed (low speed jumpers not connected)
20 μS minimum at 0.1 Vdc (0 ohms to DC common)
45 μS minimum at 1.5 Vdc (500 ohms to DC common)
Low speed (low speed jumpers connected)
1.0 ms minimum at 0.1 Vdc (0 ohms to DC common)
2.0 ms minimum at 1.5 Vdc (500 ohms to DC common)
Control Products Catalog CA08102001E—August 2010 www.eaton.com
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