Tinton Falls, NJ
T: 732.936.0800 | F: 732.936.0700
Tom Sweeney - Operations Manager
NTS Tinton Falls — Environmental Testing, Program Management, EMI / EMC Testing and More
Whether you need testing or program management, NTS Tinton Falls is more than equipped to perform beyond your expectations. A full-service environmental test facility with more than 15 different chambers, shakers, a catapult, drop towers, and impact test platforms (hail, stone, small caliber fragments and bird strike), we’re ready for anything. Our team of experts in EMC/EMI, environmental and dynamics testing that serve the mid-Atlantic region are supremely skilled at performing the tests you need in a timely and cost-effective manner.
We have extensive experience in electromagnetic radiation and susceptibility testing, product safety, dynamics and environmental testing — to name just a few. With a mastery of current test and conformity requirements for domestic and international, we can assist you with product assessment and program test requirements to assure maximum customer acceptance.
EMI / EMC Testing to Military, Aerospace and Other Industry Specs
NTS Tinton Falls is part of the vast NTS EMI/EMC/ESD service offering, which includes 12 other laboratories across North America. At our Tinton Falls facility, we provide testing services to a wide variety of industries with expertise in testing to military (DoD), aerospace, industrial, commercial and other industry specifications.
Our EMI / EMC testing capabilities include the following highlights:
- Radiated susceptibility: Up to 200 V/m, frequency range 10 kHz–40 GHz, meets RS103 of MILSTD-461 and RTCA/ DO-160 requirements
- Multiple semi-anechoic shielded chambers
Primary EMI / EMC testing specifications include: MIL-STD-461/462, RTCA/DO-160, GR 1089-CORE, FCC parts 15, 18, 22 & 24, EN 300386, EN 55024, EN 55022, EN 55011, EN 61000-4-xx, EN 61000-3-x, EN 61000-6-x, EN 61326-1.
Environmental testing performed by NTS — with more than 50 years of professional testing experience — is the answer to overcoming the risks involved when bringing a new product to market. To reduce costly reworking and even costlier product recalls, manufacturers smartly opt to test their prototypes for performance throughout their intended lifecycle.
In addition, our team members are always ready to share their expertise — so you get precisely the type of environmental tests your products need to be reliable and meet all relevant industry standards.
At NTS Tinton Falls, our facility offers a variety of climatic chambers, including:
- Temperature/humidity chambers ranging in size from two cubic feet to 8’ x 8’ x 8’ walk-in chambers.
- Combined temperature, altitude and humidity chamber can reach up to is 70,000 feet.
- Acoustic noise
- Wind and rain up to 100 mph
- Salt fog
- Solar load
- Thermal shock
- Fluids susceptibility
- Sand and dust testing
Primary specifications for environmental testing include: MIL-STD-810, MIL-STD-202, MIL-PRF-28800, RTCA/DO-160, ISTA, ASTM, IEC 60529, NEMA 250, GR 63-CORE, GR 487-CORE, ETSI 300-019-xx, IEC 60068-2-xx
Vibration capabilities include sine, random, sine on random, random on random, gunfire vibration and synthesized shock. Additional dynamic testing capabilities include hail and stone impact testing, acceleration testing, incline impact and drop and shock towers. NTS dynamics testing capabilities encompass:
- Electrodynamic shaker systems: T-1000, T-514; up to 1.25″ stroke, 9,000 – 16,000 force pounds, 5 Hz – 3,000 Hz.
- Catapult and drop towers: Up to 125 msec, 100 Gs
- Ballistics (hail/stone impact and bird strike)
Primary specifications for dynamic testing include: MIL-STD-810, MIL-STD-202, RTCA/DO-160, ISTA, ASTM, FAA, GR 63-CORE, GR 487 CORE, ETSI 300-019-xx and IEC 60068-2-xx.
Approved by Verizon to certify telecommunications products to network equipment building systems requirements (NEBS). Our NTS Tinton Falls lab is able to certify to international standards. The teams here also provide complete certification of information technology, industrial and other commercial electronic products to global EMC, and Product Safety regulatory standards. We’re equipped with three EMI chambers, all of which are semi-anechoic, with two being 3 meter FCC listed chambers.
From meeting domestic product safety requirements to obtaining European CE approval, we can help you successfully navigate the processes involved in getting your product to market with all its required safety markings and certifications. In addition, with our vast experience testing products for sale in multiple regions, we can advise you on which domestic and international safety standards apply to your product.
Primary specifications for product safety testing include: EN 60950, EN 61010, EN 60601, EN 60335.
With a USDA approved, on-staff mycologist, our fungus resistance testing — also known as non-nutrient growth testing — is ideal for products intended for use in warm and humid climates. Since fungal growth is known to impede mechanical, electrical and optical functions — as well as pose certain infection and health risks — it is an imperative test to conduct.
Our fungus testing services are designed to meet a myriad of US and European standards including: MIL-STD-810 Method 508; RTCA-DO-160 Section 13; ASTM G-21; ASTM C1338 and other ASTM standards; MIL-PRF-28800; SAE J1455; AATCC TM 30 Test I, Test II, Test III and Test IV; ANSI A136.1 Section 6.4; GM 9328P; IPC-TM-650 and other IPC test methods for circuit board materials; Whirlpool T331; Whirlpool TCP-126; JSS 55555; Tappi T487 — and other custom fungus tests.
When you consider the damage hail impact can cause to vital equipment like aircraft windshields, you understand the importance of hail/stone impact testing. At NTS Tinton Falls, we have the capability of simulating real-world impacts that can occur at speeds in excess of 600 mph and at temperatures of -20°C or lower. In addition, our high-speed video system allows us to conduct all necessary fracture and failure analyses to aid in the robust design and development of your product.
Our hail/stone impact testing methods are designed to comply with ASTM F320, ASTM E822, ASTM E1038, FM 4470 and FM 4473 standards.