Some of our SYNPOL®, DICON and SYNPOL®D devices have been in use for over 30 years – and still are due to their high quality and long product life cycle. That is why we continue to offer service and support for some of these devices, carry out repairs and keep the corresponding spare parts in our warehouse.
In addition, we offer upgrade solutions for all the above products in the form of current product series.
SYNPOL®D
As retrofit solution for SYNPOL®D you have the option of migrating to the next generation of devices, SYMAP® series, or upgrading to a new SYNPOL®D featuring a new design.
SYNPOL®D offers protection and control as well as Power Management for generators and diesel engines in low and medium voltage systems - with proven lifecycle support for more than 30 years.
You benefit from a 24/7 lifecycle support with
availability of spare parts
repair service still today
complete replacement of all units and cables without modifications
new design of front panel with stuckeGROUP logo
download of parameter settings form old device and upload to the new one
5 years of warranty
global onboard service and support
Technical data
Description
Specification
Generator voltage
100 V or 400-480 V
three-phase 0.2 VA power consumption
Busbar voltage
100 V or 400-480 V
two-phase 0.1 VA power consumption
Current transformer connection
1A three-phase
ca. 1 VA by nominal current
Frequency
40–70 Hz
Power input
24 VDC +/- 40%
Relay output
250 V / 0.5 A AC
250 V / 0.2 A DC
Analog output
+/- 10 V / 10 mA
0–20 mA / 5 V
4–20 mA / 5 V
Protection
IP 00
Dimension basic unit front plate
H=190, W=277, D=240 mm
Assembly
SYNPOL®D control device, horizontal terminal boards, any position
Important functions
short-circuit protection that remains effective even if the entire supply voltage of the device should fail
selective disconnection of a faulted generator. Reconnection protection by manual resetting
three-step overload protection by overcurrent recording
reverse power protection
three-step disconnection of non-essential power consuming components in case of overload, underfrequency and overcurrent
synchronization of the alternator to the busbar
automatic speed adaptation of the diesel engine to busbar frequency
under- and overvoltage monitoring
under- and overfrequency monitoring
open circuit monitoring of the current transformer circuits
asymmetrical current protection
asymmetrical voltage protection
self-monitoring of supply voltages and of program operation via watchdog function
active power measuring, including non-sine voltages and currents and especially thyristor loads (output signal +/- 10 V/DC or +/- 20 mA/DC intended for moving coil instrument connection)
reactive power measuring
apparent power measuring
current output 4-20 mA for remote control display
permanent storage and indication of all release functions
supply for the undervoltage coil (direct current), supporting the supply in case of short-time voltage drop
differential protection with current-adaptive tripping characteristic and minimum differential monitoring in case generator is operating at no load
earth-fault monitoring, including phase recognition and minimum differential monitoring in case a generator is operating at no load
counter for following data: working hour, kWh (dual counter), KVAr, start and main breaker
active load regulation with secondary frequency regulation, twice controlling several mains (in case tie circuit breakers are used)
power factor in combination with voltage control in several networks
load-free disconnection of the alternator circuit breaker
asymmetrical load regulation with constant load setpoint
asymmetrical power factor control with constant setpoint
start, stop and pre-glow outputs rated for 24 V / 40 A
galvanic separation of I/O's by opto-couplers
galvanic separation of 24 V supply to the engine
external connections on a separate terminal board
individual programming for each unit by initialization routine
actual speed measuring either by tacho generator or by pick-ups, including monitoring
eight programmable wire fault alarm inputs that permit free determination of logic, delay and alarm text displays
wire break monitoring of start / stop solenoids
serial interface between several SYNPOL®D units, as well as interface for data transmission and control of external plants (RS 485, RS 422, RS 232)
parameter setting via laptop
menu-operated input of all limit values and parameters
Power Management with multi-master system
for land stations: rapid-phase-jump relay, fast voltage and frequency detector
Protection functions
The following table shows the device type related protection functions of SYNPOL®D
ANSI No.
Protection function
2
time-relay starting or closing – time relay in a switching sequence – see relays 62 and 79
3
checking or interlocking relay
12
overspeed device
14
underspeed device
21
distance relay – operation based impedance Z – admittance Y or reactance X
24
overexcitation relay – inverse, step or definite time function – operation based on V/Hz principle
25
sync-check relay
25/A
automatic synchronizing relay
26
apparatus thermal device – general over- or undertemperature – other than 49
27
undervoltage relay
32
power relay
37
undercurrent or underpower relay
40
loss of field relay – based on field dc – current measurement or excessive reactive component of reactive current
46
phase balance/sequence I relay – incurrent phase sequence or unbalance current relay
46N
negative sequence overcurrent
47
wrong rotating sequence
50
instantaneous overcurrent relay or rate-of-rise relay
50BF
breaker tripped failure
51
time overcurrent relay
51G/N
ground overcurrent
51/27R
voltage restrained time overcurrent relay – time overcurrent relay with pick-up adjusted by undervoltage function
55
power factor relay – operates if pf slips outside operating area
59
overvoltage relay
59N
ground overvoltage relay
60FL
voltage transformer failure
67
directional overcurrent relay
81
frequency relay
86
lock out relay
87
differential relay – normally high impedance type
90
regulating device – voltage regulator
94
tripping or trip-free
Communication
SYNPOL®D offers via the RS422/RS485 communication port the Modbus protocol in accordance with „Gould Modbus protocol“ Reference guide PI-MBUS-300 Rev. B.
The protocol controls the query and response cycle which takes place between master and slave devices.
The protocol provides for one master and up to 247 slaves on a common line. SYNPOL®D operates as slave within this network and covers the function 1,2,3,6 & 8 of the Modbus protocol.
Terminal boards
CMA 131 Generator connection 70 × 245 × 109 mm
CMA 132 Generator relay card 75 × 205 × 109 mm
CMA 136 Serial interface 60 × 105 × 109 mm
CMA 135 Diesel start, stop, control and monitoring 75 × 240 × 109 mm
CMA 133 Differential protection and earth-fault monitoring 70 × 145 × 109 mm
CMA 137 Additional board 75 × 205 × 109 mm
* Dimensions: height x width x depth
Terminal board CMA 131
generator connection with cable A, H
Terminal board CMA 132
generator relay with cable B
Terminal board CMA 133
differential protection and earth-fault monitoring with cable G
Terminal board CMA 134
resistor
Terminal board CMA 135
diesel start, stop, control and monitoring with cable D
