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- Frequently Asked Questions
- Resources
- ApexTwo (F260-21A-018-00) Datasheet
- MX200, MX200 EthernetIP, MX200 PROFINET Datasheet
- 2-2100-016 – 2A Thermocouple NW16/KF16 Nickel-Plated Brass STEP
- Arduino PWM Communications INO File
- F203-00A-212-00 Datasheet
- ApexTwo (F260-21A-018-00) STEP
- Arduino RS-232 Communications INO File
- F225-00T-003-01 Datasheet
- MV2A Datasheet
- Arduino RS-485 Communications INO File
- Compact 2A Datasheet
- 0703-0703-99 Datasheet
- 0703-0711-99 Datasheet
- 2-2126-030 – 2A Thermocouple NW16/KF16 Stainless Steel STEP
- Arduino SPI Communications INO File
- VacuGuard™ Datasheet
- 0703-0712-99 Datasheet
- Arduino UART/TTL Communications INO File
- F203-00A-212-00 STEP
- B2A Portable Datasheet
- 0703-1602-99 Datasheet
- 2-2126-045 – 2A Thermocouple 4-VCR Female Stainless Steel STEP
- 0703-1603-99 Datasheet
- MX2A Datasheet
- 2-2126-050 – 2A Thermocouple CF16/1.33″ CF-F Stainless Steel STEP
- MX4A Datasheet
- 0711-0763-99 Datasheet
- F225-00T-003-01 STEP
- MX7B Datasheet
- 0711-0768-99 Datasheet
- MX7M Datasheet
- 0717-4304-99 Datasheet
- 1-6200-005 STEP
- MX EthernetIP Gateway Datasheet
- 0717-4313-99 Datasheet
- 2-2119-016 – 4A Convection NW16/KF16 Nickel-Plated Brass STEP
- CC-10 Datasheet
- 0717-4315-99 Datasheet
- 0729-1723-99 Instruction Manual
- 2A Datasheet
- 0717-4318-99 Datasheet
- Arduino Analog Communications INO File
- 2A VacuMini Datasheet
- 0717-4319-99 Datasheet
- 1-6200-006 STEP
- Case Study: Custom High Performance Tilt Sensor for Hydraulic Leveling Applications
- 2A NASA Mini Datasheet
- 0717-4321-99 Datasheet
- 2-2120-030 – 4A Convection NW16/KF16 Stainless Steel STEP
- 2V6 Datasheet
- 0717-4322-99 Datasheet
- 4A Datasheet
- 0717-4323-99 Datasheet
- 1-6200-006-MV7 STEP
- 0717-4326-99 Datasheet
- 1E Datasheet
- 2-2120-045 – 4A Convection 4-VCR Female Stainless Steel STEP
- 1F Datasheet
- 0719-1138-99 Datasheet
- 0729-1727-99 Instruction Manual
- 2-2120-050 – 4A Convection CF16/1.33″ CF-F Stainless Steel STEP
- 7B Datasheet
- 0719-1143-99 Datasheet
- 2-2121-KF16 – Baffle Filter NW16/KF16 Stainless Steel STEP
- 0719-3703-99 Datasheet
- 7E Datasheet
- 2-2121-KF25 – Baffle Filter NW25/KF25 Stainless Steel STEP
- 0719-3705-99 Datasheet
- 7F Datasheet
- MV2A Vacuum Controller Instruction Manual
- 2-2121-KF40 – Baffle Filter NW40/KF40 Stainless Steel STEP
- 7FC Datasheet
- 0728-1025-99 Datasheet
- Reliable, Rugged, and Repeatable: Electrolytic Tilt Sensors Alive and Well in 2017
- 1-6200-007 STEP
- 0729-1736-99 Datasheet
- 7FCS Datasheet
- 2-2146-052 – 7FC Cold Cathode CF40/2.75″ CF-F Stainless Steel STEP
- MC300 Datasheet
- 0729-1751-99 Datasheet
- MM200 Datasheet
- 0729-1752-99 Datasheet
- MP2AR Datasheet
- 0729-1753-99 Datasheet
- 0729-1730-99 Instruction Manual
- 1-6200-008 STEP
- MP3DR Datasheet
- 0729-1754-99 Datasheet
- 2-2146-053 – 7FCS Cold Cathode CF40/2.75″ CF-F Stainless Steel STEP
- MP4AR Datasheet
- 0729-1755-99 Datasheet
- 1-6200-008-MV7 STEP
- MP7ER Datasheet
- 0729-1757-99 Datasheet
- Sensing Danger: How inclinometers & tilt switches improve MEWP safety
- 2-2146-054 – 7FCS Cold Cathode CF25/2.125″ CF-F Stainless Steel STEP
- MP7FR Datasheet
- 0729-1758-99 Datasheet
- 2-7900-03X – MX200 Vacuum Controller STEP
- 3F Datasheet
- 0729-1759-99 Datasheet
- 0703-1602-99 STEP
- 0729-1760-04 Datasheet
- 0729-1731-99 Instruction Manual
- 0717-4313-99 STEP
- 0729-1760-99 Datasheet
- 0729-1763-XX Datasheet
- 0729-1765-99 Datasheet
- Structural Monitoring Case Study: Resensys
- 0717-4315-99 STEP
- 0737-0101-99 Datasheet
- 0737-0604-99 Datasheet
- VacuGuard™ Portable Vacuum Controller Instruction Manual
- 0737-1203-99 Datasheet
- 0717-4318-99 STEP
- 0750-3002-99 Datasheet
- 0750-9002-99 Datasheet
- 0751-3002-99 Datasheet
- 0717-4319-99 STEP
- 0751-9002-99 Datasheet
- 2-8930-125 – MX4A NW25/KF25 Stainless Steel STEP
- 1-6200-005 Datasheet
- 1-6200-006 Datasheet
- 0729-1740-99 Instruction Manual
- 1-6200-006-MV7 Datasheet
- 0717-4326-99 STEP
- 2-8930-131 – MX4A NW25/KF25 Nickel-Plated Brass STEP
- 1-6200-007 Datasheet
- 0729-1751-99 STEP
- 1-6200-008 Datasheet
- 1-6200-008-MV7 Datasheet
- 2-8930-152 – MX4A CF40/2.75″ CF-F Stainless Steel STEP
- 0729-1756-99 Instruction Manual
- 1-6200-012 Datasheet
- 0729-1752-99 STEP
- 2-8950-CF40 – MX7M CF40/2.75″ CF-F Stainless Steel STEP
- 0729-1753-99 STEP
- 0729-1754-99 STEP
- 0729-1763-XX Instruction Manual
- 0729-1755-99 STEP
- 0729-1759-99 STEP
- 0750 Series MEMS Instruction Manual
- 0729-1760-99 STEP
- MX EthernetIP Gateway Instruction Manual
- 0729-1765-99 STEP
- 0751 Series MEMS Instruction Manual
- 0729-1767-99 STEP
- CC-10 Wide Range Active Vacuum Gauge Instruction Manual
- 0729-1768-99 STEP
- 1-6200-002 Instruction Manual
- 0729-1769-99 STEP
- CC-10 Wide Range Active Vacuum Gauge Remote Display Instruction Manual
- MC300 Vacuum Controller Instruction Manual
- MM200 Vacuum Controller Instruction Manual
- MP2AR Thermocouple Active Vacuum Gauge Instruction Manual
- MX Active Gauge EthernetIP Gateway EDS File
- MX200 PROFINET GSD File
- MX200 EthernetIP EDS File
- MP4AR Convection Active Vacuum Gauge Instruction Manual
- MP3DR Active Vacuum Gauge Instruction Manual
- MP7ER/MP7FR Cold Cathode Active Vacuum Gauge Instruction Manual
- 2-7980-031 – CC-10 Wide Range NW25/KF25 Stainless Steel STEP
- 2-7980-032 – CC-10 Wide Range NW40/KF40 Stainless Steel STEP
- Typical Output Behavior – 0717-4318-99, 0729-17XX-99 (Download .xlsx)
- Televac Product Catalog
- 2-7980-052 – CC-10 Wide Range CF40/2.75″ CF-F Stainless Steel STEP
- Vacuum Measurement Using Modern Cold Cathode Technology
- Case Study: Argonne National Laboratory
- Televac MX7M Cold Cathode Disassembly Video
- Televac MX7B Cold Cathode Disassembly Video
- Typical Output Behavior – 0717-4318-99, 0729-17XX-99 (View on Office.com)
- E-Commerce Launch Video
- MX200 Configurator Tool Demonstration Video
- Televac MX4A Convection Demonstration Video
- Televac MX4A Convection Overview Video
- Televac MX2A Thermocouple Demonstration Video
- Televac MX2A Thermocouple Overview Video
- Televac 7E Cold Cathode Sensor Disassembly Video
- Televac 7FC/7FCS Cold Cathode Sensor Disassembly Video
- Televac 7B Cold Cathode Gauge Disassembly Video
- Televac MX200 Demonstration Video
- Televac MX2A Sensor Replacement Video
- Televac 7B Cleaning Instruction Video
- Televac MX7B Cold Cathode Overview Video
- What Is An Electrolytic Tilt Sensor?
- So You Want To Measure Vacuum?
- Vacuum Gauges for Vacuum Distillation Equipment
- Vacuum Measurement for Cryogenics and Industrial Gases
- Vacuum Controllers and Gauges for Freeze Drying
- Vacuum Measurement Solutions for the Medical Industry
- Vacuum Controllers and Gauges for Laboratory Ovens
- Vacuum Controllers and Gauges for Vacuum Glove Boxes
- Televac Vacuum Resources
- Compact 2A Vacuum Controller Instruction Manual
- MX200 Vacuum Controller Instruction Manual
- B2A Portable Vacuum Controller Instruction Manual
- MX2A Thermocouple Active Vacuum Gauge Instruction Manual
- MX4A Convection Active Vacuum Gauge Instruction Manual
- MX7B Cold Cathode Active Vacuum Gauge Instruction Manual
- MX7M Cold Cathode Active Vacuum Gauge Instruction Manual
- Tilt Measurement Resources
- Videos
- The Fredericks Company Representatives and Distributors
- Sample Applications
- Technical Information
- Tilt Measurement
- Televac® Vacuum Gauges
- About Us
- Precision Components
- End-Use/End-User Statement
- Contact Us – Marketing Test Page
- Contact Us
- Application Notes
- AN 1000: Electrolytic Tilt Sensor Excitation
- Televac Tolerances
- Televac AN 3000: MX Series Replacement of MP Series Active Gauges
- AN 1001: Temperature Compensation of Electrolytic Tilt Sensors
- AN 1006: Obtaining Measurements from TFC Signal Conditioners
- Televac AN 3001: Comparison of the MX2A and MX4A Active Gauges
- Televac AN 3002: Cleaning the 7B and 7E Cold Cathode Passive Gauges
- AN 1002: Definitions of Electrolytic Tilt Sensor Operating Specifications
- Televac AN 3004: Cleaning the 7FC and 7FCS Cold Cathode Passive Gauges
- AN 1003: Configuring Tera Term for Use with TFC Tilt Products
- Televac AN 3006: Resetting the MM200 Data Memory
- Televac AN 3007: Changing the MM200 Analog Output Settings
- Televac AN 3008: MX200 to PC Interfacing and Communications
- Televac AN 3009: MM200 to PC Interfacing and Communications
- Televac AN 3010: Torr Scientific/Torr Decimal/mTorr/Micron Conversions Charts
- Televac AN 3011: MX200 and MM200 Analog Output Comparisons
- AN 1004: Inclinometers for Solar Tracking Systems
- AN 1005: Converting Tilt Angle to Degrees
- Televac AN 3015: Recommended Practices for Vacuum Calibration
- Televac AN 3016: MX200 EthernetIP Loading EDS Files for Rockwell Automation Allen-Bradley CompactLogix PLCs
- Televac AN 3017: MX200 EthernetIP Setup and Troubleshooting Guide for EthernetIP Option 1
- Televac AN 3018: MX200 EthernetIP Setup and Troubleshooting Guide for EthernetIP Option 2
- Televac AN 3020: Vacuum Terminology Reference
- Televac AN 3022: Automatic Control of an MP7ER/MP7FR with an MX2A/MX4A
- Televac AN 3023: Automatic Control of an MX7B/MX7M with an MX2A/MX4A
- Televac AN 3024: Automatic Control of an MX7B/MX7M with an MP2AR/MP4AR
- Televac AN 3025: Hot Ion Vacuum Gauge Degas Instructions for the MM200
- Televac AN 3028: Televac® Simulators
- Televac AN 3029: Televac® EthernetIP Vacuum Controllers Creating and Mapping Class 3 Connections for Rockwell Automation Allen-Bradley CompactLogix PLCs
- Blog
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Tilt Measurement Products
Tilt Sensors
Wide Range Tilt Sensors
Mid Range Tilt Sensors
Narrow Range Tilt Sensors
Glass Wide Range Sensors
Glass Mid Range Sensors
Glass Narrow Range Sensors
Micro-Arch Wide Range Sensors
Tilt Sensor Legacy Products
Tilt Sensors Assemblies
Signal Conditioning Boards
Inclinometers
Tilt Switches
Televac® Vacuum Measurement Products
Passive Vacuum Gauges
Active Vacuum Gauges
Portable Controllers
Controllers
Custom Filaments
Accessories
Legacy Products
Blog Posts
- Employee Spotlight: Debra Holeman
- Employee Spotlight: Samuel “Sam” Huat
- Televac® MM200 and MC300 Vacuum Controller End-of-Life Notice
- Heat Treat E-Commerce: A Growing Trend or a Passing Fad?
- 2021 Greater Philadelphia Manufacturing Summit Webinar
- Employee Spotlight: Jaclyn Branham
- Visit us at Booth #1707 during Heat Treat 2021
- Ask Art: Women Business Owners with Heidi McKenna
- Televac® Launches New MX7M Cold Cathode Active Gauge
- Employee Spotlight: Sharyl Puskar
- Employee Spotlight: Shawn Orr
- Employee Spotlight: Bob Keller
- Fredericks Company Celebrates 85-Years
- 2 Week Lead Time with Televac
- EthernetIP Gateway: The First Solution for EthernetIP and Active Vacuum Gauges
- Employee Spotlight: Global Sales Manager Jeremy Snow
- Building Your Next MX200 Just Got Easier
- [Update] The Fredericks Company and Temple University Approved for the Manufacturing PA Innovation Program Award
- Labor Day Picnic and Cornhole Competition
- 30th Heat Treating Society Conference & Exposition
- The Fredericks Company Featured in ‘What’s So Cool About Manufacturing?’
- Use Case: Custom Tilt Sensor for Hydraulic Leveling Application
- What’s the difference between an accelerometer and a tilt sensor?
- PA Senator Haywood Visits The Fredericks Company
- October 5 is National Manufacturing Day
- Televac Introduces the MX Active Gauge EthernetIP Gateway, the Only Network Communication Solution of Its Kind
- Televac adds to active vacuum gauge family with new MX7B Penning cold cathode gauge
- New Televac MX7B Active Vacuum Gauge
- Televac to Sponsor Furnaces North America 2018
- 2018 NSLS-II CFN Users Meeting at Brookhaven National Lab
- 2018 APS/CNM Users Meeting at Argonne National Lab
- 3 Common Misconceptions on Inclinometers and Solar Tracking Systems
- One-minute read: MX2A Sensor Disassembly
- ASM 29th Heat Treating Society Conference & Expo 2017
- One-Minute Read: 4A Convection Sensor Offers Improved Accuracy
- Fredericks Announces Launch of The ApexOne, a Versatile Single Axis Inclinometer
- New Safety Regulations: Tilt Sensors and MEWPs [Infographic]
- FAQ: What Does It Take to Be An Electrical Engineer
- Employee Spotlight: Purchasing Manager Cindy Seipp
- New Televac Modular Vacuum Controller Model Offers EthernetIP Capability
- New Product: The MX200 with EthernetIP Capability
- The Fredericks Company Announces Official Launch of the 0729-1763-XX Dual Axis Tilt Switch
- Infographic: 4 Reasons to Make the Switch to Electrolytic Tilt Sensors
- Employee Spotlight: Vacuum Scientist Darren Weinhold
- Happy Holidays and Happy New Year!
- How to Ensure Workplace Safety with Tilt Sensors
- Back to Basics: Sensors and Signals (Part 1)
- 7 Reasons to Upgrade from MM200 to MX200
- Fredericks Featured in Pennsylvania Manufacturing: Alive and Well
- Our First Blog: 5 Things You Should Know About Us and Our Blog
- The Fredericks Company Recognized for Significant Statewide Impact in Premier Publication
- Pennsylvania Manufacturing: Alive and Well
- New Televac Modular Vacuum Controller Offers Expanded Communications
- New Tilt Sensor Enables Accurate Performance in Industrial Applications
- New Tilt Sensor Helps to Prevent Unsafe Working Conditions
- The Fredericks Company Signals Brand Evolution With New Logo and Website
- The Fredericks Company Receives Nomination for Prestigious 2013 Pennsylvania Governor’s Impact Award
- Fredericks expands line of Microprocessor-Based output dual axis Inclinometers to include RS 232 and RS 485 communications
- Televac Vacuum Measurement Gauges Prominently Featured In New Vacuum Heat Treatment Book
- New Rollover Mitigation System (v-pro) Provides Warning Of Hazardous Rollover Conditions For Light, Medium, And Tactical Defense, Government, Fire And Emergency Vehicles
- New RS-485 Mini-Signal Conditioning Board Provides Cost-Effective Solution That Can Be Integrated Into Larger Control Systems Or Used To Evaluate Fredericks Company Tilt Sensors
- New “Low Profile” Single and Dual-Axis Wide-Range Electrolytic Tilt Sensors Feature Lower Profile for Limited Height OEM Applications
- New Dual Axis Inclinometer Offers Microprocessor-Based Electronics With Analog Output For Solar Tracking, Industrial & OEM Applications
- New Fredericks Mid-Range Electrolytic Tilt Sensor Provides Highly Repeatable Mid-Range +10° Angle Measurement With A Linear Output
- New Electrolytic Tilt Sensor With Patented “Thin Film” Technology Offers Sub Arc Second Measurement And Is Less Expensive Than Traditional High Accuracy Type Tilt Sensors