Multi-channel controller with connection to higher level systems
- Maximum of 64 control circuits
- Control parameters self-optimised
- Can be networked to the larger overall system
- Communication with higher level systems
FP08/FP16/FP16+ multi-channel control systems are the predecessors of the FP1600 modular multi-channel temperature control system. The units are also constructed in a modular fashion but have an aluminium housing that, depending on the functionality and number of control circuits, can be fitted with different plug modules. Thus up to 64 control circuits with appropriate sensor inputs can be provided in the maximum version.
The units do not have their own controls and can only be configured by the bus-compatible RS485 data interface. Up to 30 units can be operated on one RS485 bus.
Communication cards with a second interface are also available as an option. Thus apart from the permanent bus connection, for example, temporary service interventions are possible.
Different plug-in cards enable special unit add-ons, such as, for example, multi-channel temperature controllers, measurement data recording units or all-purpose, digital/ analogue equipped unit designs to be provided.
Features
- Up to 64 control circuits
- Control parameters self-optimised
- Input modules for thermal components, PT100, 0..10V or 4..20mA signals
- RS485 interface for configuration and networking
- Optional: Profibus DP interface
- Separately adjustable switching cycles for heating and cooling
- Sensor short circuit detection
- Monitoring of downstream power controller functions
Applications
- Packaging machines
- Injection moulding machines
- Extruders
- Blow moulding machines
- Presses etc.
Multi-Channel Temperature Controller can be expanded |
Mult-channel temperature controller with additional features |
Compact multi-channel temperature controller |
|
| Product type | FP16 |
FP16+ |
FP08 |
| Maximum number of zones | 32 |
64 |
8 |
| 2 and/or 3 point controller | |||
| Number of I/O cards | 4 |
6 |
- |
| Operation / Display | - |
- |
- |
| CAN/Profibus connection | |||
| Diagnosis | - |
||
| Expandable | - |
||
| Heating current monitoring | optional |
serial or parallel |
- |
| Measurement data recording | - |
Operating voltage
AF030
85..265VAC, 50/60Hz
AF024
24VDC
Power consumption
depending on the assembly
10..20W
Fuses
AF030/AF024
1x 1A medium time delay (5 x 20mm)
Inputs
Fe-CuNi model J thermal component
NiCr-Ni model K thermal component
0..700°C
0..999°C
Temperature affected by resistivity
<1K/10 Ohm
Comparison compensation
externally per input card
Calibration accuracy
Linearity errors
Accuracy class
+/-0,25% of full scale +/-1 digit
+/-0,2% of full scale +/-1 digit
0,5%
Pt100/2 conductor resistance sensor
Measuring current
0..600°C
0,5mA
Controller outputs
per zone
Bistable, electrically insulated
Summary of alarm outputs
Functions
1x system alarm
3x controller alarms
max. voltage
250VAC
max. current
4A at cos φ = 1
2A at cos φ = 0,5
Control behaviour
PI, PD or PID with automatic and manual structural circuit,
control parameters for all of the zones can be adjusted separately
Data memory (Eeprom)
Data retention
min. 10 years
Interfaces
RS485, RS422, RS232, Profibus protocol
galvanically insulated
FE3-Bus version 3.03
Ambient conditions
Ambient temperature as per EN 60204
+5°C - 40°C - 1000m via NN at a daily average of no more than 35°C
Housing surface temperature
max. 50°C if the ambient temperature is exceeded
Storage temperature
-25 .. +75°C
Humidity
< 95% rel. humidity, no condensation
Dimensions / Weight
Weight depending on configuration
max. 2kg
Dimensions W/H/D
271 x 142 x ?
Information material
Description
Data file
Profibus Profil Description
FP08 Product information
FP08 with Profibus manual
FP08 Manual
FP16 – FP08 with Profibus information
FP16-FP16plus Boards
FP16plus Product information
FP16plus Manual
FP16 Manual
FP16 Product information