PFG05AT CAMLogic
 PFG05AT CAMLogic

We are not the manufacturer, authorised distributor or authorised representative of the CAMLogic brand Worldwide. The private labels and part numbers shown on this website are the property of their respective owners.

PFG05AT CAMLogic

Manufacturer

CAMLogic

Country

Italy

Name

PFG05AT

Description

Level for high temp.max 200°C with thread 2"1/2 gas V110/220 - Screw in stainless steel ø 60x100

Stock availability:

On request

Price: On request

Order

PFG05ATFS22/AC3INOX4/P05AT400

Level for high temp.max 200°C with flange V.220 ac fail-safe - Screw in stainless steel with 4 vanes ø 100x60 / Extension for high temperature L=400 mm
On request
Get a price

PFG05ATFS22/AC3INOX4/P05AT600

Level for high temp.max 200°C with flange V.220 ac fail-safe - Screw in stainless steel with 4 vanes ø 100x60 / Extension for high temperature L=600 mm
On request
Get a price

PFG05AT24CC AC4INOX1

On request
Get a price
On request
Get a price

PFG05 AT D

On request
Get a price

PFG055-GH1NN020005-TF

On request
Get a price
On request
Get a price

PFG57AT1122

Level for high temp.max 200°C with thread 1"1/2 gas V110/220 - Screw in stainless steel with 1 vane ø 50x100
On request
Get a price

Several positions are needed?

Send your request on email:

Worldwide delivery services:
fedex dhl ups
Ways of payment:
wire transfer paypal

Specifications PFG05AT

Rotary paddle level switch for monitoring a level threshold, generally full or empty. For solid materials in silos or bins. Sturdy construction with aluminium casing. Guaranteed reliability at an excellent quality price ratio. The ideal sensor for heavy-duty conditions and continuous cycles, even in atmospheres that are potentially explosive owing to the presence of dusts/powders. Conforms to the most recent ATEX standards. Advantages
  • Version for high temperatures up to 200°C and for contact with corrosive
  • Easy to install: specific tools or settings are not required.
  • Provides the highest standard of safety in the presence of potentially explosive dusts/powders.
  • Probe can be adapted to the material with a broad range of plastic or stainless steel paddles.
  • Mechanical and electrical customizing of the measuring instrument on request.
  • Extremely reliable, the instrument can be used in addition to radar, capacitive, ultrasound or continuous level probes as a safe signal

Features PFG05AT

  • Casing and cover in die-cast aluminium
  • Shaft in AISI 303 / EN 1.4305 stainless steel on life-lubricated sealed bearings, with dust-tight retaining ring in FKM
  • All parts in contact with the product are in AISI 303 / EN 1.4305 or AISI 304 / EN 1.4301 stainless steel
  • Broad range of paddles in AISI 304 / EN 1.4301 stainless steel
  • 2” 1/2 Gas (BSPP) process connection and 1/2 Gas (BSPP) double cable entry
  • Rotation speed 1 turn / minute
  • Ambient temperature -20° to +70°C (-4° ... +158°F)
  • Process temperature -20° to +70°C (-4° ... +158°F)
  • Process pressure 0.8 to 1.1 bar (11.6 to 15.9 psi)
  • IP65 protection rating (dustproof, protection against water jets)
  • Power consumption max 4 W
  • Contact capacity 10A at 250V (AC)
  • Micro switch SPDT output signal

Electrical specifications

The electrical part of the entire range of PFG05 level probes can be supplied with different voltage ratings and numerous optionals.

  • Available voltage ratings: 115/230V or 24/48V – 50 … 60Hz (AC) and 24V (DC).
  • Standard version with faston connectors. Paddle terminals or self-locking spring terminals are available on request.
  • Voltage monitoring: to remotely check that the indicator is energized correctly.
  • Double contact: additional potential-free contact for monitoring the automatic parts of the system.
  • 8 pulses: enables indicator operation to be monitored remotely.
  • 4 RPM: increased rotation speed to reduce trip time.
  • Low temperatures: enable the instrument to function down to -27°C.

Choice of paddle

An essential component that ensures the level indicator functions correctly, the paddle is the basis from which customizing starts since it can be adapted to every type of use. To make the best choice, it is important to bear in mind the following 5 key points:

  1. Each material has a minimum density that must be detected by the instrument.
  2. The minimum diameter of the entry hole through which the paddle can pass if it cannot be installed inside.
  3. The diameter occupied by the paddle as it turns.
  4. The number of blades changes depending on the intensity of the disturbances to which the paddle is exposed.
  5. Polyamide or stainless steel, depending on the type of material with which the paddle comes into contact.