Dimensions:
30.1 mm x 128.4 mm x 160.0 mm (W x H x D)
Shipping port:
Xiamen
Warranty:
12 months
Description
The Emerson A6312/06 is a Dual Channel Speed/ Key Monitor designed for measuring and conditioning shaft speeds, rotation direction, speed difference, and rotational reference marks (key-pulses) in rotating machinery. Constructed around a high-performance microprocessor, the module processes signals received from two eddy current measuring chains or hall-effect sensors (such as PR 9376). It interfaces via a 48-pin DIN 41612 (design F 48 M) backplane connector and includes front-panel SMB signal taps alongside a mini-DIN (TM 0508A/6) connector for RS 232 configuration, plus a rear-bus RS 485 interface for system integration. The module operates using two independent, galvanically isolated 0...20 mA or 4...20 mA current outputs and opto-decoupled collector/emitter function outputs, supporting machine monitoring setups within the CSI 6500 / A6000 architecture.
Approx. 320 g (without packaging) / Approx. 450 g (with standard packaging)
Connections/Interfaces
Connector Pin
Function
z2
UB+ (+24V, redundant supply input)
b2
U- (0V/Common supply)
d2
UN+ (+24V supply input)
z4
B (RS 485 bus line)
b4
GND (BP, Common, RS 485)
d4
A (RS 485 bus line)
z6
Supply1+ (sensor supply channel 1)
b6
Supply1- (sensor supply channel 1)
d6
Supply2+ (sensor supply channel 2)
z8
AIN1- (Input channel 1, SENS1-A-)
b8
Supply2- (sensor supply channel 2)
d8
AIN2- (Input channel 2, SENS2-A-)
z10
AIN1+ (Input channel 1, SENS1-B+)
b10
GND (Common)
d10
AIN2+ (Input channel 2, SENS2-B+)
z12
Test1 (internal test value activation channel 1)
b12
GND
d12
PU1 (24V pull-up pulse1)
z14
Pulse1-TTL (processed pulse output 1)
b14
Pulse1-E (emitter pulse 1)
d14
Pulse1-C (collector pulse 1)
z16
Pulse2-TTL (processed pulse output 2)
b16
Pulse2-E (emitter pulse 2)
d16
Pulse2-C (collector pulse 2)
z18
I1+ (current output CH1)
b18
I1- (current output CH1 common)
d18
PU2 (24V pull-up pulse2)
z20
I2+ (current output CH2)
b20
I2- (current output CH2 common)
d20
Reset peak value 1
z22
ES (external lock input)
b22
GND
d22
Test2 (internal test value activation channel 2)
z24
SC-D (operating principle GW1 / Out 2-1 inversion)
b24
GND
d24
SC-A (operating principle GW2 / Out 1-1 inversion)
z26
CC1-C (channel clear 1 collector)
b26
GW1-A-C (alert 1 collector / Out 1-2 collector)
d26
GW1-D-C (danger 1 collector / Out 1-1 collector)
z28
CC1-E (channel clear 1 emitter)
b28
GW1-A-E (alert 1 emitter / Out 1-2 emitter)
d28
GW1-D-E (danger 1 emitter / Out 1-1 emitter)
z30
CC2-C (channel clear 2 collector)
b30
GW2-A-C (alert 2 collector / Out 2-2 collector)
d30
GW2-D-C (danger 2 collector / Out 2-1 collector)
z32
CC2-E (channel clear 2 emitter)
b32
GW2-A-E (alert 2 emitter / Out 2-2 emitter)
d32
GW2-D-E (danger 2 emitter / Out 2-1 emitter)
Installation Guidelines
Mount the module into a prepared 3U slot of a 19-inch rack or Intermas-compatible enclosure featuring a DIN 41612 design F 48 M plug connector.
Verify slot wiring and pin allocation before inserting the card.
Press the card gently into the connector and hand-tighten the two front-panel anchoring screws.
Maintain a minimum ventilation space of 1 RU (1.75 inches) in all directions around the rack; use cooling fan racks if ambient cabinet temperatures exceed 45 Celsius.
Set the internal controller board jumpers (1-2, 3-4, 5-6) to enable the 120 Ω RS 485 bus line termination and pull-up/pull-down references on the first and last network devices.
Ensure a permanently installed system power disconnect device (switch or circuit breaker) compliant with IEC 60947-1/3 is accessible within the cabinet.
Compliance and Certifications
CSA Certified (when marked with CSA label)
DIN EN 55011 / DIN EN 61326 EMC Standards
IEC 61010-1 Category 2 Pollution Degree
FAQ
Which backplane slot connector is required to install the module?
The module requires a 3U slot in a 19-inch rack equipped with a 48-pin DIN 41612 design F 48 M connector.
What is the maximum signal frequency supported by the input channels?
The inputs support a maximum signal frequency of 20 kHz, enabling rotational speed measurements up to 65535 rpm.
How is the RS 485 communication bus terminated on the board?
The RS 485 bus termination is activated by shorting onboard jumpers 1-2, 3-4, and 5-6 on the controller board.
What are the primary power supply input specifications for this card?
The card accepts redundant +24 V DC inputs (19 to 31.2 V DC range) with a maximum power consumption of 6 W.
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