LYNX® Temperature Control Module (LYNX-MOD)
The LYNX Temperature Control Module is a PID control with auto-tuning that is fully programmable with 3 buttons and 3-digit display on the module. With low and high temperature alarm settings and highly visible multi-color display for status indication, this module brings peace of mind and flexibility to a variety of applications.
- One module per zone of temperature control
- Modbus RTU communication to your system
- Requires a docking station and power harness for operation
The LYNX Module quickly snaps on to a jacket with docking station, or on a stand-alone docking station assembly. Power harness is required.
Since 1949
Specifications:
Voltage: 100 – 277 VAC
Max. Amp Load: 7 amp at 25°C (77°F) ambient; 4 amp at 40°C (104°F)
Temperature Control Range: 0°C to 593°C (32°F to 1100°F)
Display: Red LEDs show current temperature in °F or °C
Sensor Input: Type-J and Type-K Thermocouples; PT100-RTD
Accuracy:
- RTD: ±(0.25°C +0.125% of temperature in °C) (0.45°F + 0.125% of temperature in °F)
- J Thermocouple: ±1.09°C (1.96°F)
- K Thermocouple: ±1.13°C (2.03°F)
Alarms: Multi-color LED display with highly visible viewing
Power cord: Harness are sold separately; available in several lengths, with or without communications cable
Connections: Control modules require docking station (included with some heaters or separate harness for stand-alone use); see ordering information for options
Modbus: Modbus RTU cable is included on some power cord harnesses for communication to Operator Interface or CMS; Modbus TCP/IP connection on Operator Interface for communication to CMS
Enclosure Rating/Classification Designation:
- Operator Interface: IP10
- Docking Station and Control Module: IP 20
Environmental Exposures:
- Altitude up to 2,000 m (6,562 ft)
- Operating range: 5°C to 40°C (41°F to 104°F)
- Storage range: -40°C to 60°C (-40°F to 140°F)
- Relative humidity: up to 80% at 31°C (88°F) decreasing to 50% at 40°C (104°F)
Enclosure Dimensions:
- Operator Interface: 276 mm wide x 229 mm high x 81 mm deep (10.9 in wide x 9.0 in high x 3.2 in deep)
- Module: 49.5 mm wide x 75.4 mm high x 43.2 mm deep (1.95 in wide x 2.97 in high x 1.7 in deep)
pending
Q: What are some of the advantages of using LYNX® Operator Interface (OI)?
A: The OI simplifies programming by simultaneously setting parameters for groups of modules. Caution alarms become visible if a heater starts to operate outside of normal parameters. Individual module locations can be easily identified by “pinging” the module from the large 10.1 in (25.7 cm) screen. In the event of an alert
condition, emails can be sent to specified individuals.
Q: Does the LYNX® OI allow for expansion if heaters are added?
A: Yes. When new jackets are added, they will be sensed by the OI and either added to the existing string or displayed as a new string depending on where they are added. The OI handles up to 8 strings with up to 128 modules per string.
Q: Why do I need a docking station?
A: The docking station distributes power to the Temperature Control Module and heater. It also supplies the connection for the temperature sensor required for control.
Q: Can the OI really send email alerts
A: Yes. The system must be connected to the internet and messaging enabled. Many phone carriers can send text messages from emails via an SMS Gateways. Contact your carrier for capabilities.
Q: What is a latching alarm?
A: A latching alarm automatically limits power to a heater in the event it goes into an alarm state. If a high temperature alarm is non-latching, power to the heater is limited until such time as the temperature decreases a certain number of degrees below the set point temperature. At that point, the power to the heater is restored. A latching alarm is a safety feature that requires not only the decrease in temperature but also for the operator to acknowledge the alarm before normal operation will resume.
Q: What is the “Idle Mode” feature?
A: This allows the system or group of modules to be operated at a reduced temperature (defined by customer) and for most alarms to be disabled. This saves time and energy by allowing the user to push one button to lower temperature for system maintenance.
Q: What is duty cycle monitoring?
A: Duty cycle is a ratio or percent that the power is on. When power is first applied to a heater, the duty cycle is typically higher and decreases as the setpoint temperature is approached. Duty cycles can alert users of potential future performance issues.
Q: Does LYNX® have any 3rd-party agency approvals?
A: Yes. LYNX® is ETL approved to UL and CSA standards in addition to being CE marked.