HOW
TO SPECIFY
DIGITAL PULSE TACHOMETER
Example:
CC550TC - |
1024 - |
ABZ - |
12 - |
MS - |
OS |
1 |
2 |
3 |
4 |
5 |
6 |
CC550 =
BASIC (Mill Duty) Design
1 = TACHOMETER
TYPES
________T = Standard Configuration
2 = CYCLES
PER REVOLUTION
________XXXX = Put in actual CPR needed
60, 240, 540, 600, 1000, 1024, 1200,
1800, 2048, 2540, 3600
3 = OUTPUT
SIGNAL
________ABZ = See Electrical Specifications
4 = SUPPLY
VOLTAGE
________12 = +5 VDC to + 15 VDC
________24 = +5
VDC to +30 VDC
5 = OUTPUT
TERMINATION
________MS = MS Connector with mate
________10A = HAN10A Connector with
mate
6 = OPTIONS (Select
one or more)
________OS =
Hubbell overspeed switch - The 2210 type C overspeed
switch is directly coupled to the mandrel drive shaft
________2T =
Second digital pulse tachometer - A second independent
tachometer is supplied for a backup tach or separate
feedback path.
________PR =
Pulse rate to analog output (Brushless DC tach) - A
DC output derived from the pulse encoder is available
with a 0 to 10 V range. Linearity is 0.05%.
_______JB =
Junction box with terminal boards, MS mate with 6 feet
of cable
MOTOR
AND MACHINE ADAPTERS
________CC700/API
- Insulated Adapter Plate: Recommended
for all main drive motor applications.
________CC700/IP
- Interface Adapter Plate: for mounting
between motor or machine shaft and CC700/API
________CC550/TSA
- Tapered Shaft Adapter: for MD and MC
motors. A nut for mounting the TSA to the motor shaft
is included.
Other mounting options,
such as inside of brakes, and special applications
are also available.
Note: All
mounting hardware for mounting to shaft can be supplied.
MOUNTING
EQUIPMENT
________CC550/AF - Alignment
and Centering (C & A) Flange: Patent
No. 5,048,384
________CC550/TM - Tilt Alignment Mandrel
Shaft : (Run Out Adjustment Only)
________CC700/TA - Torque
Arm: provided with all sensors
________CC700/SB
- Stabilizer Bar: with
ball joint rod ends
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