Model 1152 Digital Conductivity Meter
Model 1152 Digital Conductivity Meter
The only conductivity meter in the world approved as intrinsically safe by ATEX, UL, CSA, ULC, and LCIE - and the only ASTM D1655 & D7566 approved conductivity meter with full intrinsic safety certification for hazardous environments.
The Emcee Model 1152 Digital Conductivity Meter measures the electrical conductivity of fluids - primarily hydrocarbon fuels such as jet fuel - in picosiemens per meter (pS/m) as defined in ASTM D2624. It is used in laboratories and in the field to verify that fuel conductivity is high enough to safely dissipate static charge, preventing explosion and fire hazards during high-rate pumping and filtration. The Model 1152 is sealed against liquid intrusion, built tougher, and backed by the only full intrinsic safety certification in its class including ATEX, UL, CSA, ULC, and LCIE (Europe/UK).
Manufactured in a USA ISO/IEC 80079 facility, calibrated in an ISO/IEC 17025 laboratory, and compliant with ASTM D2624, IP 274, and ISO 6297.
Take advantage of this limited-time trade-in offer and get the same trusted measurement, but more of everything else:
- On-site self-verification & traceability with a CU Box - valued at $698 USD, free for a limited time with trade-in
- ATEX Approved - The only ASTM D1655 & D7566 approved conductivity meter in the world with full intrinsic safety certification for hazardous environments: ATEX, UL, CSA, ULC, and LCIE (Europe/UK)
- Full 1-year factory warranty
The upgraded Model 1152 delivers the same proven performance (precision & accuracy) and ASTM compliance you’ve always relied on, now sealed against liquid intrusion, built tougher, and backed by the only full intrinsic safety certification in its class - including ATEX, UL, CSA, ULC, and LCIE (Europe/UK)
Start Your Trade InWhy Choose the Model 1152?
The Model 1152 is the only known conductivity meter approved as intrinsically safe by UL, CSA, and ATEX - making it the only safe choice for measuring fuel conductivity in hazardous environments.
The Only Meter with Full Intrinsic Safety Certification for Hazardous Environments
ATEX, UL, CSA, ULC, and LCIE (Europe/UK). No other conductivity meter carries this complete set of approvals - making the Model 1152 the only safe choice for measuring fuel conductivity in hazardous environments.Sealed Against Liquid Ingress
No more sticking switches. The upgraded housing is sealed against liquid intrusion, so the meter keeps working reliably in the field and in the lab.Proven Circuitry, Same ASTM Compliance
Built to last longer. The same proven precision and accuracy you’ve always relied on, now built tougher, with no change to the ASTM compliance behind your measurements.Compliant with ASTM D2624, IP 274, and ISO 6297
Measurements you can document to the three governing standards for fuel electrical conductivity. Manufactured in an ISO/IEC 80079 facility and calibrated in an ISO/IEC 17025 laboratory - compliance from factory to field.Verify On Site
With the CU Box, perform self-verification and maintain traceability without sending your meter away. This enables you to perform periodic verification checks, support audit documentation, and maintain confidence in your instrument's day-to-day performance between factory calibrations.Model 1152 Features & Specifications
- Standard electrical conductivity range from 1 to 2000 in increments of 1 picosiemen per meter (pS/m)
- Available in other standard and non-standard conductivity ranges up to 20M pS/m
- Large digital, liquid crystal display
- Reliable advanced integrated circuit design technology
- Self check calibration with field adjustment capability
- Automatic over range and low battery indication
- Capable of storage tank and tanker truck measurement with the use of a short cable or cable reel kit
- Powered by 3 readily available alkaline batteries
- Electronics housed in a rugged cast aluminum case coated with solvent resistant paint equipped with a detachable stainless steel probe
- Approved intrinsically safe design for use in hazardous environments by Underwriters Laboratories (UL) U.S, (UL) Canada and LCIE (Europe)
| Specification | Detail |
|---|---|
| Standard measurement range | 1 to 2000 pS/m, in 1 pS/m increments |
| Extended ranges available | Up to 20M pS/m (standard and non-standard) |
| Measurement standard | ASTM D2624 |
| Fuel specifications supported | ASTM D1655, ASTM D7566 |
| Intrinsic safety certifications | ATEX, UL (U.S.), CSA, ULC (Canada), LCIE (Europe/UK) |
| Manufacturing standard | ISO/IEC 80079 facility |
| Calibration | ISO/IEC 17025 laboratory |
| Display | Large digital liquid crystal display |
| Power | 3 readily available alkaline batteries |
| Housing | Rugged cast aluminum case, solvent resistant paint |
| Probe | Detachable stainless steel |
| Tank/tanker measurement | Via short cable or cable reel kit |
| Warranty | Full 1-year factory warranty |
What is the Model 1152 used for?
The Model 1152 Digital Conductivity meter provides a measurement of electrical conductivity of fluids in conductivity units (CU), which are defined as picosiemens per meter in ASTM D2624. The rugged Electro/mechanical design of the Model 1152 meter facilitates ease of use for both laboratory and field applications. Initially the meter was designed and developed for safety reasons to measure the electrical conductivity of hydrocarbon fuels, particularly jet fuels. Subsequently, the meter was modified with other conductivity ranges to accommodate measurement of a variety of fluids for use in many different applications.
Why does fuel conductivity matter for safety?
Hydrocarbon fuels typically have low electrical conductivity and consequently are susceptible to retaining a static charge. Static charges are induced, especially, when the fuel is pumped at high rates through filters. Due to the relatively low conductivity, the static charge does not readily dissipate and is retained for a considerable period of time. This condition can result in an explosion and/or fire. Since conductivity can vary with temperature it is important to record the fuel temperature at which the measurement was performed.
How is conductivity used in process control?
In addition to safety reasons, electrical conductivity of fluids can be monitored for process control. Proper addition and mixing of various ingredients can be monitored at different stages of production. These applications are not limited to hydrocarbons, but have been expanded to other products; such as paints, solvents, inks, and other non-organic items. The stainless steel probe is relatively unaffected by most acidic and caustic solutions.
How does the Model 1152 work?
The EMCEE Model 1152 meter consists of an electronics assembly and a detachable stainless steel probe. The probe, which is similar to a capacitor having concentric electrodes, is immersed into the fluid up to the set of holes closest to the electronics assembly. Depressing the “M” pushbutton causes a relatively small direct current to flow through the fluid between the electrodes. The current is amplified in the electronics assembly and is displayed on the liquid crystal display in picosiemens per meter (pS/m).