Part # CS001

Part # P88C-2-C15TS-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C15TB-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C10TS-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C10TB-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C5TS-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C5TB-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C1TS-DIS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-F15TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-K15TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C15TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-F15TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-K15TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C15TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-F10TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-K10TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C10TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-F10TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-K10TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C10TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-F5TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-K5TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-C5TS

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-F5TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)

Part # P88C-2-K5TB

The P88C Economical Compound switches are typically used in applications where reliable switch control supersedes accuracy of set point. These switches afford the end user the ability to operate in positive and negative pressure ranges. Controlling on and off functions for fans and pumps where one may need a wide differential to prevent over-cycling is an ideal application use for the P88.

• Set Point Range: 1.5 to 500 PSIG Gauge and 6 to 28.0 InHg Vacuum
• Max System Pressure: 600 PSIG
• Temperature range: -31°F to + 185°F (-35°C to +85°C)