P6170 Danaher
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The Danaher P6170 is a 1/16 DIN thermal controller from the Thermal Controllers series featuring a 3-Point Stepping VMD control type with pre-tune and self-tune options. It includes a front bezel size of 48 x 48 mm, IP66 panel sealing, and provides two identical outputs. The controller supports a max altitude of 2000 m, weighs up to 0.21 kg, and mounts using a plug-in fixing strap.
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Product Description:
The P6170 is a temperature controller produced by Danaher for the Thermal Controllers series. It is intended for closed-loop regulation of heating or cooling elements in industrial automation, where maintaining a programmed set point is critical to product quality and energy efficiency. The device mounts in a control panel and interfaces with sensors and final control elements to drive the process toward thermal equilibrium.
This model applies a three-point stepping VMD control strategy, so the internal algorithm can modulate valves or contactors in incremental steps rather than through simple on-off action. The housing conforms to the 1/16 DIN format and presents a 48 × 48 mm bezel, allowing it to fit panels that follow standard instrumentation grids; a 45 × 45 mm panel cutout is required. Behind the fascia, a depth of 110 mm accommodates the plug-in fixing strap that secures the unit while leaving clearance for wiring. The front face carries an IP66 rating, meaning dust or direct water jets will not compromise operation when the panel gasket is correctly compressed. One loop alarm and two process alarms can be assigned to temperature deviations, and the terminals accept screw connections for solid or stranded conductors. The instrument is rated for Installation Category II, so it can be used on circuits supplied by a local distribution network rather than connected directly to the utility entrance.
Operating conditions permit installation at elevations up to 2,000 m above sea level, and the controller adds a maximum of 0.21 kg to the panel door. It provides two identical outputs, allowing symmetrical heating elements or a heating and cooling pair to operate without additional modules. Autotuning uses pre-tune and self-tune routines that adjust gain parameters after initial power-up and reduce setup time.
